! Catalogue of positions of compact radio sources ! =============================================== ! ! Catalogue name: rfc_2024a ! Number of objects: 21908 ! Home page of the catalogue: http://astrogeo.org/vlbi/solutions/rfc_2024a ! Catalogue generated by Leonid Petrov ! File generated on 2024.04.12-07:24:39 ! ! This catalogue contains positions and estimates of flux density of ! 21,907 compact radio sources from reanalysis of 1086 VLBI experiments under ! 67 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 2024.03.11, in total 19,228 ! 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= 00:00:01.659826 DEC= -00:22:10.02428 RAER= 0.93 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.026, 8.4, 0.034, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '2357-141', 'J0000-1352' RA= 00:00:03.124349 DEC= -13:52:00.75482 RAER= 1.47 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.009, 8.4, 0.019, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '2357+080', 'J0000+0816' RA= 00:00:07.031172 DEC= +08:16:45.05282 RAER= 1.00 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '2357-379', 'J0000-3738' RA= 00:00:08.414133 DEC= -37:38:20.67193 RAER= 1.42 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.019, 8.4, 0.019, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 69 observations" / source= '2357+025', 'J0000+0248' RA= 00:00:19.282430 DEC= +02:48:14.69029 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.018, 8.4, 0.038, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 241 observations" / source= '2357+113', 'J0000+1139' RA= 00:00:19.563975 DEC= +11:39:20.72955 RAER= 0.61 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.008, 8.4, 0.018, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '2357-326', 'J0000-3221' RA= 00:00:20.399972 DEC= -32:21:01.23366 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.581, 0.436, 8.4, 0.278, 0.133 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 526 observations" / source= '2357+028', 'J0000+0307' RA= 00:00:27.022485 DEC= +03:07:15.64678 RAER= 0.15 DECER= 0.19 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 445 observations" / source= '2358+289', 'J0000+2914' RA= 00:00:35.127778 DEC= +29:14:35.83509 RAER= 0.63 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.047, 8.4, 0.028, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '2358+390', 'J0000+3918' RA= 00:00:41.527597 DEC= +39:18:04.14816 RAER= 0.32 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.056, 8.4, 0.094, 0.076 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '2358+028', 'J0000+030B' RA= 00:00:44.327703 DEC= +03:07:54.20426 RAER= 0.51 DECER= 1.28 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 54 observations" / source= '2358+516', 'J0000+5157' RA= 00:00:51.385752 DEC= +51:57:19.89417 RAER= 5.41 DECER= 7.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '2358+406', 'J0000+4054' RA= 00:00:53.081115 DEC= +40:54:01.80944 RAER= 0.17 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.802, 0.116, 8.4, 0.237, 0.055 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 609 observations" / source= '2358-161', 'J0001-1551' RA= 00:01:05.328744 DEC= -15:51:07.07577 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.313, 0.179, 8.4, 0.192, 0.099 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 491 observations" / source= '2358-179', 'J0001-1741' RA= 00:01:06.263908 DEC= -17:41:26.59927 RAER= 14.25 DECER= 13.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '2358+605', 'J0001+6051' RA= 00:01:07.099846 DEC= +60:51:22.79834 RAER= 0.26 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.038, 8.4, 0.142, 0.096 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 577 observations" / source= '2358-299', 'J0001-2940' RA= 00:01:07.727496 DEC= -29:40:32.99484 RAER= 1.11 DECER= 3.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.047, 8.4, 0.048, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '2358+240', 'J0001+2420' RA= 00:01:07.869882 DEC= +24:20:11.70857 RAER= 0.51 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.042, 8.4, 0.065, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '2358+189', 'J0001+1914' RA= 00:01:08.621569 DEC= +19:14:33.80170 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6440 observations" / source= '2358+551', 'J0001+5526' RA= 00:01:08.723991 DEC= +55:26:38.67388 RAER= 6.93 DECER= 6.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '2358+024', 'J0001+0243' RA= 00:01:09.535555 DEC= +02:43:09.60139 RAER= 0.19 DECER= 0.37 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 141 observations" / source= '2358-006', 'J0001-0020' RA= 00:01:11.196089 DEC= -00:20:11.56749 RAER= 0.53 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.022, 8.4, 0.020, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '2358-351', 'J0001-3451' RA= 00:01:12.442883 DEC= -34:51:52.11683 RAER= 2.15 DECER= 6.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.037, 8.4, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '2358+236', 'J0001+2358' RA= 00:01:14.864563 DEC= +23:58:10.71059 RAER= 0.30 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.038, 8.4, 0.069, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '2358-080', 'J0001-0746' RA= 00:01:18.024917 DEC= -07:46:26.92209 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.106, 8.4, 0.175, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 851 observations" / source= '2358+474', 'J0001+4742' RA= 00:01:19.041802 DEC= +47:42:00.72074 RAER= 0.68 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.030, 8.4, 0.038, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '2358+443', 'J0001+4440' RA= 00:01:21.385312 DEC= +44:40:27.21615 RAER= 0.49 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.057, 8.4, 0.075, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '2358-004', 'J0001-0011' RA= 00:01:21.466915 DEC= -00:11:40.31503 RAER= 1.13 DECER= 2.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.017, 8.4, 0.018, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '2358+251', 'J0001+2526' RA= 00:01:21.673351 DEC= +25:26:55.46102 RAER= 1.07 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.010, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '2358-252', 'J0001-2500' RA= 00:01:22.672444 DEC= -25:00:18.84981 RAER= 0.51 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.079, 8.4, 0.053, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '2358+062', 'J0001+0632' RA= 00:01:23.694529 DEC= +06:32:30.94655 RAER= 2.54 DECER= 11.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.018, 0.022, 8.4, 0.018, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '2358-072', 'J0001-0656' RA= 00:01:25.586919 DEC= -06:56:24.93216 RAER= 0.31 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.044, 8.4, 0.046, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 62 observations" / source= '2358-137', 'J0001-1326' RA= 00:01:26.049984 DEC= -13:26:33.14338 RAER= 2.21 DECER= 4.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '2358+435', 'J0001+4351' RA= 00:01:29.136329 DEC= +43:51:56.10677 RAER= 0.97 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '2358+209', 'J0001+2113' RA= 00:01:32.370489 DEC= +21:13:36.27481 RAER= 0.35 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.066, 8.4, 0.087, 0.091 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '2358-422', 'J0001-4155' RA= 00:01:32.757127 DEC= -41:55:25.33111 RAER= 72.97 DECER= 34.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.009, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '2358+146', 'J0001+1456' RA= 00:01:32.830697 DEC= +14:56:08.08119 RAER= 0.39 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.028, 8.4, 0.053, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '2359+526', 'J0001+5258' RA= 00:01:34.050516 DEC= +52:58:25.00612 RAER= 2.05 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.005, 8.4, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '2359+071', 'J0001+0723' RA= 00:01:34.452180 DEC= +07:23:12.91354 RAER= 0.66 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.037, 8.4, 0.052, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '2359+067', 'J0001+0701' RA= 00:01:43.467631 DEC= +07:01:23.55347 RAER= 0.59 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.032, 8.4, 0.040, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '2359+719', 'J0001+7213' RA= 00:01:45.957858 DEC= +72:13:58.35323 RAER= 1.70 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.016, 8.4, 0.034, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 104 observations" / source= '2359+548', 'J0002+5510' RA= 00:02:00.529304 DEC= +55:10:38.88188 RAER= 1.37 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '2359+606', 'J0002+6058' RA= 00:02:06.696501 DEC= +60:58:29.83898 RAER= 3.35 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.080, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '2359-221', 'J0002-2153' RA= 00:02:11.981427 DEC= -21:53:09.86551 RAER= 0.13 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 460 observations" / source= '2359-677', 'J0002-6726' RA= 00:02:15.187985 DEC= -67:26:53.44744 RAER= 80.55 DECER= 33.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.006, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '2359+038', 'J0002+0408' RA= 00:02:17.207570 DEC= +04:08:11.13599 RAER= 3.04 DECER= 7.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '2359+140', 'J0002+1420' RA= 00:02:24.133812 DEC= +14:20:43.81684 RAER= 0.26 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.077, 8.4, 0.083, 0.075 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '2359-038', 'J0002-0331' RA= 00:02:30.622658 DEC= -03:31:40.44260 RAER= 0.50 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 63 observations" / source= '2359+747', 'J0002+7459' RA= 00:02:31.131626 DEC= +74:59:47.13494 RAER= 1.17 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.088, 8.4, 0.108, 0.078 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0000+158', 'J0002+1605' RA= 00:02:40.193898 DEC= +16:05:44.61454 RAER= 0.88 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.026, 8.4, 0.022, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0000-044', 'J0002-0411' RA= 00:02:41.255204 DEC= -04:11:55.30903 RAER= 0.49 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.019, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 62 observations" / source= '0000+302', 'J0002+3032' RA= 00:02:49.250733 DEC= +30:32:41.59622 RAER= 0.48 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.061, 8.4, 0.071, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0000-215', 'J0002-2114' RA= 00:02:49.766946 DEC= -21:14:20.10639 RAER= 0.31 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.049, 8.4, 0.104, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0000+294', 'J0002+2942' RA= 00:02:52.431433 DEC= +29:42:53.22497 RAER= 0.60 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.028, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0000-566', 'J0002-5621' RA= 00:02:53.468256 DEC= -56:21:10.78244 RAER= 9.92 DECER= 4.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.205, 0.142 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0000-006', 'J0002-0024' RA= 00:02:57.175306 DEC= -00:24:47.27586 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.027, 8.4, 0.030, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 287 observations" / source= '0000+700', 'J0002+7017' RA= 00:02:57.821075 DEC= +70:17:42.48868 RAER= 28.10 DECER= 5.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0000+183', 'J0003+1837' RA= 00:03:01.160215 DEC= +18:37:59.01150 RAER= 0.39 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.032, 8.4, 0.053, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0000-067', 'J0003-0626' RA= 00:03:01.831587 DEC= -06:26:59.59066 RAER= 0.40 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.023, 8.4, 0.053, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0000+582', 'J0003+5831' RA= 00:03:08.349421 DEC= +58:31:41.89419 RAER= 34.81 DECER= 14.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0000-550', 'J0003-5444' RA= 00:03:10.630657 DEC= -54:44:55.99197 RAER= 23.26 DECER= 5.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.007, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0000+162', 'J0003+1629' RA= 00:03:11.864283 DEC= +16:29:03.10961 RAER= 1.00 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.028, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0000+274', 'J0003+2740' RA= 00:03:13.087659 DEC= +27:40:44.96930 RAER= 0.29 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.037, 8.4, 0.084, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0000-593', 'J0003-5905' RA= 00:03:13.334540 DEC= -59:05:47.83326 RAER= 30.46 DECER= 11.27 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0000+019', 'J0003+0214' RA= 00:03:14.962861 DEC= +02:14:57.48301 RAER= 0.17 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.033, 8.4, 0.031, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 246 observations" / source= '0000-199', 'J0003-1941' RA= 00:03:15.949411 DEC= -19:41:50.40226 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.130, 8.4, 0.133, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 496 observations" / source= '0000+247', 'J0003+2459' RA= 00:03:16.312255 DEC= +24:59:38.37836 RAER= 0.47 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.040, 8.4, 0.048, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0000-197', 'J0003-1927' RA= 00:03:18.675011 DEC= -19:27:22.35570 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.063, 8.4, 0.097, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 702 observations" / source= '0000+212', 'J0003+2129' RA= 00:03:19.350008 DEC= +21:29:44.50820 RAER= 0.12 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 591 observations" / source= '0000-530', 'J0003-5247' RA= 00:03:19.599848 DEC= -52:47:27.28411 RAER= 17.61 DECER= 7.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0000-177', 'J0003-1727' RA= 00:03:21.954752 DEC= -17:27:11.87500 RAER= 0.14 DECER= 0.22 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 419 observations" / source= '0000+070', 'J0003+0717' RA= 00:03:23.241366 DEC= +07:17:13.86178 RAER= 0.41 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.010, 8.4, 0.023, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0000+218', 'J0003+2204' RA= 00:03:24.522817 DEC= +22:04:55.74997 RAER= 0.57 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.010, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0000-160', 'J0003-1547' RA= 00:03:27.264164 DEC= -15:47:05.45569 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.069, 0.061, 8.4, 0.086, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 413 observations" / source= '0000+121', 'J0003+1227' RA= 00:03:33.592005 DEC= +12:27:48.24740 RAER= 0.89 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.035, 8.4, 0.033, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0001+128', 'J0003+1305' RA= 00:03:35.246456 DEC= +13:05:41.78528 RAER= 0.71 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.021, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 50 observations" / source= '0001+628', 'J0003+6307' RA= 00:03:36.511518 DEC= +63:07:55.87113 RAER= 0.60 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.055, 8.4, 0.077, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0001-114', 'J0003-1108' RA= 00:03:45.234750 DEC= -11:08:18.70808 RAER= 0.62 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.016, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0001+478', 'J0003+4807' RA= 00:03:46.041600 DEC= +48:07:04.13551 RAER= 0.27 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.277, 0.155, 8.4, 0.082, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 590 observations" / source= '0001+158', 'J0003+1605' RA= 00:03:46.095702 DEC= +16:05:47.96051 RAER= 0.54 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.033, 8.4, 0.021, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0001+118', 'J0003+1210' RA= 00:03:53.276431 DEC= +12:10:23.96387 RAER= 0.62 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.038, 8.4, 0.050, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0001-387', 'J0003-3827' RA= 00:03:53.734437 DEC= -38:27:02.71536 RAER= 5.54 DECER= 21.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0001+375', 'J0003+3747' RA= 00:03:54.116569 DEC= +37:47:48.32121 RAER= 0.75 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.029, 8.4, 0.018, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 79 observations" / source= '0001+298', 'J0003+3010' RA= 00:03:55.658076 DEC= +30:10:02.59355 RAER= 0.43 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.047, 8.4, 0.049, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0001-111', 'J0003-1053' RA= 00:03:56.331791 DEC= -10:53:01.91964 RAER= 1.37 DECER= 3.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0001+324', 'J0003+3241' RA= 00:03:56.338458 DEC= +32:41:57.59643 RAER= 0.45 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.051, 8.4, 0.056, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0001+059', 'J0003+0615' RA= 00:03:57.952167 DEC= +06:15:53.09633 RAER= 0.51 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.045, 8.4, 0.049, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0001+084', 'J0003+0841' RA= 00:03:59.230097 DEC= +08:41:38.18593 RAER= 0.55 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 90 observations" / source= '0001+360', 'J0004+3617' RA= 00:04:04.212243 DEC= +36:17:20.40797 RAER= 0.81 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.033, 8.4, 0.027, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0001-120', 'J0004-1148' RA= 00:04:04.914996 DEC= -11:48:58.38607 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.601, 0.462, 8.4, 0.549, 0.203 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 404 observations" / source= '0001-440', 'J0004-4345' RA= 00:04:07.257746 DEC= -43:45:10.14418 RAER= 0.44 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.272, 0.231 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0001-235', 'J0004-2318' RA= 00:04:08.948253 DEC= -23:18:40.88122 RAER= 0.68 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.035, 8.4, 0.039, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0001+080', 'J0004+0821' RA= 00:04:10.592859 DEC= +08:21:57.54480 RAER= 0.57 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.012, 8.4, 0.015, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0001-531', 'J0004-5254' RA= 00:04:14.013618 DEC= -52:54:58.70502 RAER= 3.68 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0001+459', 'J0004+4615' RA= 00:04:16.127641 DEC= +46:15:17.97077 RAER= 0.15 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.166, 0.160, 8.4, 0.168, 0.154 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 824 observations" / source= '0001-083', 'J0004-0802' RA= 00:04:21.768352 DEC= -08:02:35.36502 RAER= 1.85 DECER= 3.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0001+263', 'J0004+2637' RA= 00:04:23.776248 DEC= +26:37:52.40052 RAER= 1.19 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.008, 8.4, 0.041, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0001+415', 'J0004+4151' RA= 00:04:25.285149 DEC= +41:51:35.22975 RAER= 6.58 DECER= 12.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0002+294', 'J0004+2946' RA= 00:04:34.639704 DEC= +29:46:15.78955 RAER= 0.90 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.003, 8.4, 0.041, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0002-478', 'J0004-4736' RA= 00:04:35.655478 DEC= -47:36:19.60389 RAER= 0.16 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.326, 0.284, 8.4, 0.251, 0.210 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 820 observations" / source= '0002+200', 'J0004+2019' RA= 00:04:35.758285 DEC= +20:19:42.31776 RAER= 0.12 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 341 observations" / source= '0002+609', 'J0004+6115' RA= 00:04:46.125140 DEC= +61:15:22.74841 RAER= 14.57 DECER= 6.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0002+576', 'J0004+5754' RA= 00:04:50.263845 DEC= +57:54:57.76185 RAER= 14.94 DECER= 31.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.046, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0002+569', 'J0004+5710' RA= 00:04:53.409347 DEC= +57:10:51.27754 RAER= 0.59 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 90 observations" / source= '0002+541', 'J0005+5428' RA= 00:05:04.363342 DEC= +54:28:24.92442 RAER= 0.18 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2398 observations" / source= '0002-032', 'J0005-0258' RA= 00:05:05.471329 DEC= -02:58:48.93999 RAER= 2.81 DECER= 5.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0002-350', 'J0005-3445' RA= 00:05:05.925079 DEC= -34:45:49.65524 RAER= 0.17 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.097, 0.082, 8.4, 0.101, 0.079 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 494 observations" / source= '0002-018', 'J0005-0132' RA= 00:05:07.071823 DEC= -01:32:45.13495 RAER= 0.15 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.023, 8.4, 0.034, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 228 observations" / source= '0002-170', 'J0005-1648' RA= 00:05:17.933779 DEC= -16:48:04.67838 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.184, 0.132, 8.4, 0.136, 0.080 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 563 observations" / source= '0002+051', 'J0005+0524' RA= 00:05:20.215504 DEC= +05:24:10.80301 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.100, 8.4, 0.116, 0.062 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 864 observations" / source= '0002+691', 'J0005+6923' RA= 00:05:30.470638 DEC= +69:23:59.05448 RAER= 4.80 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.009, 8.4, 0.074, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0003+633', 'J0005+6340' RA= 00:05:37.080221 DEC= +63:40:28.58838 RAER= 8.98 DECER= 5.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0003+318', 'J0005+3206' RA= 00:05:40.326096 DEC= +32:06:05.65038 RAER= 2.74 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0003+195', 'J0005+1950' RA= 00:05:40.736868 DEC= +19:50:21.37941 RAER= 0.91 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0003-057', 'J0005-0530' RA= 00:05:42.070974 DEC= -05:30:09.29332 RAER= 0.56 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.018, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 63 observations" / source= '0003+196', 'J0005+1953' RA= 00:05:48.823621 DEC= +19:53:17.85043 RAER= 1.09 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.022, 8.4, 0.028, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0003+040', 'J0005+0418' RA= 00:05:56.850300 DEC= +04:18:54.37576 RAER= 0.37 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.040, 8.4, 0.030, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0003+380', 'J0005+3820' RA= 00:05:57.175392 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4128 observations" / source= '0003+119', 'J0005+1214' RA= 00:05:57.918185 DEC= +12:14:44.87027 RAER= 0.72 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.036, 8.4, 0.018, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0003-282', 'J0005-2758' RA= 00:05:58.557452 DEC= -27:58:57.64351 RAER= 3.40 DECER= 8.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0003+158', 'J0005+1609' RA= 00:05:59.237774 DEC= +16:09:49.02162 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.086, 8.4, 0.196, 0.086 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 932 observations" / source= '0003-318', 'J0006-3132' RA= 00:06:00.380001 DEC= -31:32:14.89990 RAER= 1.13 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.039, 8.4, 0.040, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0003-302', 'J0006-2955' RA= 00:06:01.123359 DEC= -29:55:50.09707 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.124, 8.4, 0.105, 0.056 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 328 observations" / source= '0003-428', 'J0006-4234' RA= 00:06:02.040550 DEC= -42:34:40.11575 RAER= 6.21 DECER= 22.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0003-283', 'J0006-2801' RA= 00:06:03.982805 DEC= -28:01:41.37435 RAER= 1.17 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.013, 8.4, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0003+012', 'J0006+0131' RA= 00:06:06.086013 DEC= +01:31:25.53306 RAER= 0.31 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 126 observations" / source= '0003+340', 'J0006+3422' RA= 00:06:07.382569 DEC= +34:22:20.40585 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.060, 0.062, 8.4, 0.064, 0.056 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 685 observations" / source= '0003+505', 'J0006+5050' RA= 00:06:08.249773 DEC= +50:50:04.41267 RAER= 0.17 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.157, 0.135 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 432 observations" / source= '0003+480', 'J0006+4822' RA= 00:06:09.622328 DEC= +48:22:37.70517 RAER= 0.88 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.008, 8.4, 0.016, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0003-066', 'J0006-0623' RA= 00:06:13.892887 DEC= -06:23:35.33539 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 79175 observations" / source= '0003-430', 'J0006-4245' RA= 00:06:19.736150 DEC= -42:45:18.58190 RAER= 2.51 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.115, 0.097 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0003-003', 'J0006-0004' RA= 00:06:22.605907 DEC= -00:04:24.45584 RAER= 0.32 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.034, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0003+123', 'J0006+1235' RA= 00:06:23.056079 DEC= +12:35:53.09794 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.134, 8.4, 0.279, 0.115 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 709 observations" / source= '0003+013', 'J0006+0136' RA= 00:06:26.924729 DEC= +01:36:10.38470 RAER= 1.53 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0003+055', 'J0006+0548' RA= 00:06:32.629564 DEC= +05:48:52.64052 RAER= 0.28 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.024, 8.4, 0.050, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 67 observations" / source= '0004+171', 'J0006+1728' RA= 00:06:47.361458 DEC= +17:28:13.76805 RAER= 0.34 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.056, 8.4, 0.082, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0004+240', 'J0006+2422' RA= 00:06:48.789408 DEC= +24:22:36.39216 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.181, 0.149, 8.4, 0.240, 0.159 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 724 observations" / source= '0004+413', 'J0006+4135' RA= 00:06:53.312694 DEC= +41:35:11.45802 RAER= 1.27 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.006, 8.4, 0.083, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 61 observations" / source= '0004+139', 'J0006+1415' RA= 00:06:57.531270 DEC= +14:15:46.77224 RAER= 0.13 DECER= 0.18 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 380 observations" / source= '0004+174', 'J0007+1745' RA= 00:07:18.873904 DEC= +17:45:34.56753 RAER= 0.26 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 126 observations" / source= '0004+056', 'J0007+0552' RA= 00:07:20.153593 DEC= +05:52:42.76009 RAER= 0.53 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.019, 8.4, 0.018, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0004-614', 'J0007-6113' RA= 00:07:20.585281 DEC= -61:13:06.99674 RAER= 2.87 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.082 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0005+398', 'J0007+4008' RA= 00:07:41.666525 DEC= +40:08:29.93688 RAER= 0.54 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 85 observations" / source= '0005+021', 'J0007+0226' RA= 00:07:43.840169 DEC= +02:26:32.24576 RAER= 0.29 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.020, 8.4, 0.024, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 237 observations" / source= '0005+568', 'J0007+5706' RA= 00:07:48.468629 DEC= +57:06:10.43925 RAER= 0.20 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.273, 0.238, 8.4, 0.206, 0.156 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 939 observations" / source= '0005+101', 'J0007+1027' RA= 00:07:55.678372 DEC= +10:27:44.29860 RAER= 0.17 DECER= 0.29 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 208 observations" / source= '0005+626', 'J0007+6255' RA= 00:07:58.320288 DEC= +62:55:54.88147 RAER= 3.63 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.025, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0005+469', 'J0007+4712' RA= 00:07:59.973265 DEC= +47:12:07.76864 RAER= 0.51 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 84 observations" / source= '0005-239', 'J0008-2339' RA= 00:08:00.369616 DEC= -23:39:18.14999 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.465, 0.266, 8.4, 0.293, 0.103 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 557 observations" / source= '0005+114', 'J0008+1144' RA= 00:08:00.838254 DEC= +11:44:00.77461 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.100, 8.4, 0.135, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 477 observations" / source= '0005+024', 'J0008+0243' RA= 00:08:08.602773 DEC= +02:43:56.62373 RAER= 1.39 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0005-400', 'J0008-3945' RA= 00:08:09.202474 DEC= -39:45:22.96400 RAER= 1.07 DECER= 3.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.155, n/a, 8.4, 0.025, 0.004 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0005+133', 'J0008+1336' RA= 00:08:13.285704 DEC= +13:36:48.49140 RAER= 0.94 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.037, 8.4, 0.050, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0005+601', 'J0008+6025' RA= 00:08:19.052735 DEC= +60:25:01.24309 RAER= 0.71 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.010, 8.4, 0.015, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 62 observations" / source= '0005+083', 'J0008+0838' RA= 00:08:19.818076 DEC= +08:38:41.46248 RAER= 8.36 DECER= 5.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0005+383', 'J0008+3837' RA= 00:08:22.855871 DEC= +38:37:10.28937 RAER= 0.49 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 117 observations" / source= '0005+146', 'J0008+1456' RA= 00:08:25.399836 DEC= +14:56:35.79065 RAER= 0.28 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 126 observations" / source= '0005-262', 'J0008-2559' RA= 00:08:26.252499 DEC= -25:59:11.54061 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.177, 0.094, 8.4, 0.152, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 475 observations" / source= '0005-137', 'J0008-1329' RA= 00:08:28.016821 DEC= -13:29:30.57341 RAER= 0.28 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.074, 8.4, 0.114, 0.075 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0005+054', 'J0008+0545' RA= 00:08:31.150137 DEC= +05:45:53.94796 RAER= 1.43 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0005+683', 'J0008+6837' RA= 00:08:33.472880 DEC= +68:37:22.04852 RAER= 0.35 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.214, 0.056, 8.4, 0.267, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 774 observations" / source= '0006-363', 'J0008-3601' RA= 00:08:33.661095 DEC= -36:01:25.03459 RAER= 0.30 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.171, 8.4, 0.084, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 418 observations" / source= '0006-239', 'J0008-233A' RA= 00:08:35.399630 DEC= -23:39:28.00918 RAER= 0.48 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.025, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 135 observations" / source= '0006-466', 'J0008-4619' RA= 00:08:37.545780 DEC= -46:19:40.85359 RAER= 2.65 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.066 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0006+014', 'J0008+0143' RA= 00:08:53.197896 DEC= +01:43:15.30732 RAER= 0.67 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.012, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0006+061', 'J0009+0628' RA= 00:09:03.931848 DEC= +06:28:21.24001 RAER= 0.11 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1974 observations" / source= '0006+397', 'J0009+4001' RA= 00:09:04.173582 DEC= +40:01:46.70562 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.325, 0.184, 8.4, 0.246, 0.166 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 546 observations" / source= '0006-212', 'J0009-2056' RA= 00:09:05.989336 DEC= -20:56:32.33240 RAER= 2.55 DECER= 6.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.153, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0006+06A', 'J0009+0625' RA= 00:09:17.055174 DEC= +06:25:54.74793 RAER= 0.12 DECER= 0.19 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 337 observations" / source= '0006-078', 'J0009-0731' RA= 00:09:20.538502 DEC= -07:31:42.86153 RAER= 1.36 DECER= 4.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0006+362', 'J0009+3629' RA= 00:09:20.662903 DEC= +36:29:46.42193 RAER= 3.06 DECER= 2.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.008, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0006+502', 'J0009+5030' RA= 00:09:22.760039 DEC= +50:30:28.83801 RAER= 1.00 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, -0.002, 8.4, 0.016, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 79 observations" / source= '0006+048', 'J0009+0507' RA= 00:09:24.169720 DEC= +05:07:25.01771 RAER= 0.37 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.043, 8.4, 0.062, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0006-164', 'J0009-1610' RA= 00:09:27.449251 DEC= -16:10:28.78063 RAER= 0.65 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0007+177', 'J0009+1803' RA= 00:09:34.860482 DEC= +18:03:43.01336 RAER= 0.13 DECER= 0.18 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 244 observations" / source= '0007-325', 'J0009-3216' RA= 00:09:35.557756 DEC= -32:16:36.92957 RAER= 0.15 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.095, 8.4, 0.142, 0.085 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 544 observations" / source= '0007-642', 'J0009-6357' RA= 00:09:37.508712 DEC= -63:57:33.83304 RAER= 5.16 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.048, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0006+771', 'J0009+7724' RA= 00:09:43.091999 DEC= +77:24:42.00464 RAER= 0.68 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.038, 8.4, 0.046, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 482 observations" / source= '0007+149', 'J0009+1513' RA= 00:09:43.468661 DEC= +15:13:37.90600 RAER= 0.19 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.090, 8.4, 0.093, 0.069 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 154 observations" / source= '0007+757', 'J0009+7603' RA= 00:09:48.234352 DEC= +76:03:18.16443 RAER= 0.72 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.046, 8.4, 0.041, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 523 observations" / source= '0007+174', 'J0009+1742' RA= 00:09:51.642197 DEC= +17:42:08.48430 RAER= 1.02 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.011, 8.4, 0.015, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0007+016', 'J0009+0157' RA= 00:09:58.657716 DEC= +01:57:55.14953 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.167, 0.041, 8.4, 0.082, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 660 observations" / source= '0007-287', 'J0009-2829' RA= 00:09:58.877835 DEC= -28:29:30.48832 RAER= 0.70 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.018, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 66 observations" / source= '0007-048', 'J0010-0433' RA= 00:10:00.388659 DEC= -04:33:48.50682 RAER= 0.10 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1431 observations" / source= '0007+006', 'J0010+0054' RA= 00:10:09.961308 DEC= +00:54:40.11769 RAER= 0.62 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.021, 8.4, 0.023, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0007+283', 'J0010+2838' RA= 00:10:11.063431 DEC= +28:38:11.74437 RAER= 0.68 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.021, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 79 observations" / source= '0007+317', 'J0010+3200' RA= 00:10:14.952145 DEC= +32:00:34.23237 RAER= 1.30 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0007+286', 'J0010+2854' RA= 00:10:27.785369 DEC= +28:54:58.75659 RAER= 0.35 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.077, 8.4, 0.109, 0.100 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0007+205', 'J0010+2047' RA= 00:10:28.743052 DEC= +20:47:49.78841 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.048, 8.4, 0.078, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 544 observations" / source= '0007+439', 'J0010+4412' RA= 00:10:30.046479 DEC= +44:12:42.50487 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.100, 8.4, 0.150, 0.083 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 480 observations" / source= '0007+106', 'J0010+1058' RA= 00:10:31.005905 DEC= +10:58:29.50429 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11339 observations" / source= '0007+171', 'J0010+1724' RA= 00:10:33.990640 DEC= +17:24:18.76126 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.014, 0.728, 8.4, 0.586, 0.277 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1819 observations" / source= '0008-311', 'J0010-3054' RA= 00:10:34.909734 DEC= -30:54:15.29994 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.094, 0.070, 8.4, 0.098, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 369 observations" / source= '0008-307', 'J0010-3027' RA= 00:10:35.742197 DEC= -30:27:47.41858 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.182, 8.4, 0.279, 0.182 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 494 observations" / source= '0008+260', 'J0010+2619' RA= 00:10:36.215147 DEC= +26:19:17.73917 RAER= 0.42 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.041, 8.4, 0.094, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0008-146', 'J0010-1420' RA= 00:10:41.940181 DEC= -14:20:20.33745 RAER= 0.66 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0008+296', 'J0010+2956' RA= 00:10:42.458648 DEC= +29:56:11.91308 RAER= 1.10 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026, 8.4, 0.030, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0008-300', 'J0010-2945' RA= 00:10:45.177355 DEC= -29:45:13.17752 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.516, 0.463, 8.4, 0.199, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 403 observations" / source= '0008-370', 'J0010-3648' RA= 00:10:47.240611 DEC= -36:48:48.43081 RAER= 8.51 DECER= 23.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0008-079', 'J0010-0740' RA= 00:10:50.601297 DEC= -07:40:12.04215 RAER= 0.74 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.012, 8.4, 0.024, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0008+265', 'J0010+2650' RA= 00:10:51.225431 DEC= +26:50:25.91604 RAER= 0.24 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.059, 8.4, 0.086, 0.075 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0008-006', 'J0010-0020' RA= 00:10:52.499968 DEC= -00:20:06.61973 RAER= 0.60 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.014, 8.4, 0.019, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0008-421', 'J0010-4153' RA= 00:10:52.517529 DEC= -41:53:10.78040 RAER= 0.36 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.664, 0.354, 8.4, 0.201, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 317 observations" / source= '0008-222', 'J0010-2157' RA= 00:10:53.649983 DEC= -21:57:04.22037 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.275, 0.200, 8.4, 0.370, 0.266 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 826 observations" / source= '0008-279', 'J0010-2742' RA= 00:10:55.277125 DEC= -27:42:25.01466 RAER= 0.41 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.036, 8.4, 0.052, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0008-333', 'J0011-3302' RA= 00:11:00.295943 DEC= -33:02:17.89659 RAER= 0.93 DECER= 3.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.044, 8.4, 0.052, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0008-264', 'J0011-2612' RA= 00:11:01.246735 DEC= -26:12:33.37711 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11597 observations" / source= '0008+161', 'J0011+1624' RA= 00:11:12.456502 DEC= +16:24:29.38694 RAER= 2.67 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0008-033', 'J0011-0304' RA= 00:11:14.547424 DEC= -03:04:21.67401 RAER= 0.59 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0008-366', 'J0011-3620' RA= 00:11:14.568896 DEC= -36:20:38.46122 RAER= 1.39 DECER= 4.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.060, 8.4, 0.047, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0008+344', 'J0011+3443' RA= 00:11:17.013196 DEC= +34:43:33.64159 RAER= 0.94 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.168, 0.022, 8.4, 0.067, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0008+240', 'J0011+2420' RA= 00:11:24.580921 DEC= +24:20:22.31388 RAER= 0.60 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.021, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 74 observations" / source= '0008+006', 'J0011+0057' RA= 00:11:30.403217 DEC= +00:57:51.87686 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.123, 8.4, 0.174, 0.123 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1217 observations" / source= '0008+704', 'J0011+7045' RA= 00:11:31.902840 DEC= +70:45:31.62580 RAER= 0.36 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.579, 0.235, 8.4, 0.510, 0.265 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 825 observations" / source= '0009+081', 'J0011+0823' RA= 00:11:35.269615 DEC= +08:23:55.58624 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.283, 0.115, 8.4, 0.284, 0.197 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2565 observations" / source= '0008+657', 'J0011+6603' RA= 00:11:38.825262 DEC= +66:03:38.51130 RAER= 30.91 DECER= 5.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.052, 0.103 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0009-148', 'J0011-1434' RA= 00:11:40.455845 DEC= -14:34:04.63491 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.109, 8.4, 0.149, 0.069 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2125 observations" / source= '0009+217', 'J0011+2159' RA= 00:11:45.519590 DEC= +21:59:11.45478 RAER= 0.38 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.020, 8.4, 0.039, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0009-850', 'J0011-8443' RA= 00:11:45.904757 DEC= -84:43:20.00929 RAER= 4.39 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.161, 0.180 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0009+291', 'J0011+2928' RA= 00:11:45.981989 DEC= +29:28:30.60254 RAER= 0.82 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.023, 8.4, 0.052, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0010-873', 'J0011-8706' RA= 00:11:51.476664 DEC= -87:06:25.45183 RAER= 6.99 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.101 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 118 observations" / source= '0009-413', 'J0011-4105' RA= 00:11:52.403189 DEC= -41:05:45.16363 RAER= 2.06 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.196, 0.181 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0009+082', 'J0011+0834' RA= 00:11:55.161858 DEC= +08:34:00.34603 RAER= 0.61 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.042, 8.4, 0.036, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0009+572', 'J0012+5730' RA= 00:12:07.024318 DEC= +57:30:25.15504 RAER= 2.26 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.022, 8.4, 0.014, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0009+070', 'J0012+0719' RA= 00:12:08.351309 DEC= +07:19:51.24980 RAER= 0.12 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 413 observations" / source= '0009-390', 'J0012-3846' RA= 00:12:15.150603 DEC= -38:46:19.27084 RAER= 0.55 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.040, 8.4, 0.043, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0009+467', 'J0012+4704' RA= 00:12:29.302897 DEC= +47:04:34.73782 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.113, 0.081, 8.4, 0.131, 0.090 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 455 observations" / source= '0009+175', 'J0012+1751' RA= 00:12:31.589781 DEC= +17:51:29.95557 RAER= 0.44 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.052, 8.4, 0.057, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0010-167', 'J0012-1628' RA= 00:12:33.873977 DEC= -16:28:07.54653 RAER= 0.79 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.027, 8.4, 0.019, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0009+655', 'J0012+6551' RA= 00:12:37.671055 DEC= +65:51:10.82304 RAER= 0.53 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.637, 0.043, 8.4, 0.082, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 427 observations" / source= '0010+267', 'J0012+2702' RA= 00:12:38.164320 DEC= +27:02:38.88392 RAER= 0.44 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.017, 8.4, 0.047, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0010-147', 'J0012-1431' RA= 00:12:41.615091 DEC= -14:31:12.08382 RAER= 13.41 DECER= 14.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0010+336', 'J0012+3353' RA= 00:12:47.382168 DEC= +33:53:38.47183 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.057, 8.4, 0.134, 0.117 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 533 observations" / source= '0010-130', 'J0012-1248' RA= 00:12:48.462831 DEC= -12:48:13.62279 RAER= 0.62 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.027, 8.4, 0.035, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0010-401', 'J0012-3954' RA= 00:12:59.909815 DEC= -39:54:26.05548 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.694, 0.596, 8.4, 0.700, 0.456 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2375 observations" / source= '0010+426', 'J0013+4255' RA= 00:13:01.266437 DEC= +42:55:24.53405 RAER= 1.28 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.026, 8.4, 0.031, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0010+775', 'J0013+7748' RA= 00:13:11.730434 DEC= +77:48:46.77348 RAER= 1.87 DECER= 0.51 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 150 observations" / source= '0010+463', 'J0013+4636' RA= 00:13:16.488849 DEC= +46:36:08.67050 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.078, 8.4, 0.150, 0.073 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 447 observations" / source= '0010-155', 'J0013-1513' RA= 00:13:20.701806 DEC= -15:13:47.78517 RAER= 0.12 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 679 observations" / source= '0010+405', 'J0013+4051' RA= 00:13:31.130201 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8909 observations" / source= '0011-327', 'J0013-3226' RA= 00:13:38.268633 DEC= -32:26:56.23097 RAER= 3.65 DECER= 9.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0011-32B', 'J0013-3227' RA= 00:13:38.271200 DEC= -32:27:49.88260 RAER= 0.67 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.026, 8.4, 0.029, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 73 observations" / source= '0011-258', 'J0013-2537' RA= 00:13:44.111125 DEC= -25:37:12.54777 RAER= 3.95 DECER= 8.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0011+264', 'J0013+2646' RA= 00:13:46.584068 DEC= +26:46:35.83978 RAER= 13.12 DECER= 11.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0011-046', 'J0013-0423' RA= 00:13:54.130977 DEC= -04:23:52.29515 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.337, 0.301, 8.4, 0.320, 0.270 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 544 observations" / source= '0011-191', 'J0013-1854' RA= 00:13:56.043211 DEC= -18:54:06.69736 RAER= 0.44 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.019, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 66 observations" / source= '0011+189', 'J0013+1910' RA= 00:13:56.376121 DEC= +19:10:41.91568 RAER= 0.13 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 536 observations" / source= '0011+513', 'J0014+5135' RA= 00:14:03.890245 DEC= +51:35:24.13540 RAER= 1.19 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.010, 8.4, 0.024, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0011-506', 'J0014-5022' RA= 00:14:11.461242 DEC= -50:22:34.94686 RAER= 46.57 DECER= 13.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.007, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0011+086', 'J0014+0854' RA= 00:14:19.739950 DEC= +08:54:02.04805 RAER= 0.34 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.022, 8.4, 0.030, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 109 observations" / source= '0011-052', 'J0014-0459' RA= 00:14:20.433306 DEC= -04:59:28.82088 RAER= 0.24 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.047, 8.4, 0.036, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 184 observations" / source= '0011+279', 'J0014+2815' RA= 00:14:33.789945 DEC= +28:15:06.69347 RAER= 0.45 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.018, 8.4, 0.030, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0012-202', 'J0014-2000' RA= 00:14:34.466942 DEC= -20:00:31.88780 RAER= 0.63 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0012-312', 'J0014-3059' RA= 00:14:37.934007 DEC= -30:59:19.37413 RAER= 1.39 DECER= 3.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0011+694', 'J0014+6946' RA= 00:14:39.825153 DEC= +69:46:08.49080 RAER= 1.80 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.015, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0012+610', 'J0014+6117' RA= 00:14:48.792109 DEC= +61:17:43.54250 RAER= 0.22 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2235 observations" / source= '0012-184', 'J0015-1812' RA= 00:15:02.492025 DEC= -18:12:50.88326 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.495, 0.373, 8.4, 0.386, 0.219 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 633 observations" / source= '0012-008', 'J0015-0034' RA= 00:15:03.396966 DEC= -00:34:59.33858 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.020, 8.4, 0.034, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 285 observations" / source= '0012+319', 'J0015+3216' RA= 00:15:06.147419 DEC= +32:16:13.30957 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.099, 8.4, 0.209, 0.139 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 582 observations" / source= '0012+081', 'J0015+0828' RA= 00:15:08.600618 DEC= +08:28:02.50279 RAER= 0.24 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.069, 8.4, 0.077, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 65 observations" / source= '0012+077', 'J0015+0802' RA= 00:15:25.853875 DEC= +08:02:04.21063 RAER= 0.14 DECER= 0.19 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 268 observations" / source= '0012-308', 'J0015-3036' RA= 00:15:30.992015 DEC= -30:36:08.39998 RAER= 0.66 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.028, 8.4, 0.037, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 62 observations" / source= '0013-184', 'J0015-1807' RA= 00:15:34.324535 DEC= -18:07:25.58636 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.342, 0.136, 8.4, 0.166, 0.077 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1771 observations" / source= '0012+305', 'J0015+3052' RA= 00:15:36.022241 DEC= +30:52:29.79522 RAER= 2.20 DECER= 7.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.005 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0013-622', 'J0015-6157' RA= 00:15:38.733930 DEC= -61:57:02.85938 RAER= 15.07 DECER= 13.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0013+167', 'J0015+1700' RA= 00:15:39.986795 DEC= +17:00:40.60209 RAER= 0.19 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.097, 8.4, 0.138, 0.102 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 209 observations" / source= '0013+555', 'J0015+5551' RA= 00:15:40.149646 DEC= +55:51:44.67227 RAER= 0.60 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.031, 8.4, 0.039, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0013+488', 'J0015+4907' RA= 00:15:43.143244 DEC= +49:07:19.46251 RAER= 1.56 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008, 8.4, 0.012, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0013-132', 'J0015-1257' RA= 00:15:43.362928 DEC= -12:57:17.49862 RAER= 1.95 DECER= 5.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0013+705', 'J0015+7047' RA= 00:15:51.017205 DEC= +70:47:10.16552 RAER= 1.11 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.087, 8.4, 0.085, 0.071 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0013+243', 'J0016+2440' RA= 00:16:03.616885 DEC= +24:40:14.69865 RAER= 0.43 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.019, 8.4, 0.035, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0013-240', 'J0016-2343' RA= 00:16:05.738645 DEC= -23:43:52.19988 RAER= 0.21 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.095, 8.4, 0.072, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 342 observations" / source= '0013-340', 'J0016-3346' RA= 00:16:05.949815 DEC= -33:46:15.08877 RAER= 4.40 DECER= 13.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0013-005', 'J0016-0015' RA= 00:16:11.088554 DEC= -00:15:12.44539 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4716 observations" / source= '0013+071', 'J0016+0722' RA= 00:16:14.003705 DEC= +07:22:48.28724 RAER= 2.53 DECER= 4.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0013-147', 'J0016-1430' RA= 00:16:19.957707 DEC= -14:30:11.11098 RAER= 0.31 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.042, 8.4, 0.068, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0013-144', 'J0016-1410' RA= 00:16:25.739501 DEC= -14:10:31.97735 RAER= 0.81 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.072, 8.4, 0.063, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0014+034', 'J0016+0340' RA= 00:16:36.192370 DEC= +03:40:55.57380 RAER= 0.77 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.008, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0014+248', 'J0016+2510' RA= 00:16:39.801392 DEC= +25:10:29.57779 RAER= 1.12 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.017, 8.4, 0.033, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0014-288', 'J0017-2836' RA= 00:17:02.000426 DEC= -28:36:51.11837 RAER= 0.93 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0014+318', 'J0017+3209' RA= 00:17:02.102072 DEC= +32:09:21.90701 RAER= 1.32 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.007, 8.4, 0.011, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0014-212', 'J0017-2059' RA= 00:17:03.035520 DEC= -20:59:12.67073 RAER= 12.57 DECER= 11.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0014-299', 'J0017-2942' RA= 00:17:04.526347 DEC= -29:42:18.40204 RAER= 0.99 DECER= 3.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0014+675', 'J0017+6751' RA= 00:17:06.374999 DEC= +67:51:31.79033 RAER= 3.56 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.025, 8.4, 0.031, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0014+813', 'J0017+8135' RA= 00:17:08.474915 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 104084 observations" / source= '0014-071', 'J0017-0650' RA= 00:17:09.376996 DEC= -06:50:33.43493 RAER= 0.35 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.024, 8.4, 0.044, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0014+67A', 'J0017+6750' RA= 00:17:11.530399 DEC= +67:50:48.75596 RAER= 3.76 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0014-021', 'J0017-0149' RA= 00:17:32.335455 DEC= -01:49:27.38754 RAER= 0.81 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.024, 8.4, 0.024, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0015-054', 'J0017-0512' RA= 00:17:35.817210 DEC= -05:12:41.76816 RAER= 0.13 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 403 observations" / source= '0015+145', 'J0017+1451' RA= 00:17:36.903849 DEC= +14:51:01.87976 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, 0.057, 8.4, 0.069, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 719 observations" / source= '0015+081', 'J0017+0827' RA= 00:17:41.454303 DEC= +08:27:55.68896 RAER= 0.38 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.018, 8.4, 0.022, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 67 observations" / source= '0015+529', 'J0017+5312' RA= 00:17:51.759820 DEC= +53:12:19.12163 RAER= 0.19 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.477, 0.164, 8.4, 0.521, 0.150 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 788 observations" / source= '0015-028', 'J0017-0236' RA= 00:17:52.423671 DEC= -02:36:19.21978 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.021, 8.4, 0.042, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 284 observations" / source= '0015-280', 'J0017-2748' RA= 00:17:59.005948 DEC= -27:48:21.57337 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.045, 8.4, 0.317, 0.082 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 619 observations" / source= '0015+227', 'J0018+2259' RA= 00:18:07.972516 DEC= +22:59:36.40305 RAER= 0.36 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.040, 8.4, 0.027, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0015+643', 'J0018+6434' RA= 00:18:08.617305 DEC= +64:34:44.99072 RAER= 12.19 DECER= 5.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0015-289', 'J0018-2842' RA= 00:18:09.720101 DEC= -28:42:21.71002 RAER= 13.48 DECER= 26.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0015+290', 'J0018+2921' RA= 00:18:12.423336 DEC= +29:21:24.19771 RAER= 0.51 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.027, 8.4, 0.071, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0015-038', 'J0018-0336' RA= 00:18:18.153375 DEC= -03:36:44.63114 RAER= 0.47 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.019, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 52 observations" / source= '0015+295', 'J0018+2947' RA= 00:18:27.789668 DEC= +29:47:31.16423 RAER= 0.31 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 130 observations" / source= '0016-067', 'J0018-0628' RA= 00:18:34.106467 DEC= -06:28:34.47135 RAER= 0.47 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.023, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0016+039', 'J0018+0415' RA= 00:18:37.698115 DEC= +04:15:44.30996 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.072, 8.4, 0.097, 0.076 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 297 observations" / source= '0016+185', 'J0018+1851' RA= 00:18:42.215912 DEC= +18:51:21.90827 RAER= 0.90 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0016-197', 'J0019-1926' RA= 00:19:07.248830 DEC= -19:26:04.81354 RAER= 0.82 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0016+697', 'J0019+7003' RA= 00:19:12.834709 DEC= +70:03:44.01481 RAER= 32.71 DECER= 6.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0016-124', 'J0019-1209' RA= 00:19:13.627236 DEC= -12:09:59.20314 RAER= 18.09 DECER= 17.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0016-013', 'J0019-0103' RA= 00:19:17.468768 DEC= -01:03:57.58642 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.033, 8.4, 0.037, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 247 observations" / source= '0017-821', 'J0019-8152' RA= 00:19:20.644432 DEC= -81:52:51.41224 RAER= 14.83 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0016-223', 'J0019-2205' RA= 00:19:22.828110 DEC= -22:05:27.93774 RAER= 0.12 DECER= 0.15 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 671 observations" / source= '0016-301', 'J0019-2952' RA= 00:19:24.821675 DEC= -29:52:55.63894 RAER= 1.64 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.073, 8.4, 0.101, 0.072 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0017-569', 'J0019-5641' RA= 00:19:26.611833 DEC= -56:41:42.45834 RAER= 2.20 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.144, 0.097 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 52 observations" / source= '0016+222', 'J0019+2233' RA= 00:19:27.338555 DEC= +22:33:32.64333 RAER= 0.26 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.057, 8.4, 0.144, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 80 observations" / source= '0016+453', 'J0019+4537' RA= 00:19:29.027919 DEC= +45:37:43.09460 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.264, 0.156, 8.4, 0.175, 0.080 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 437 observations" / source= '0016+691', 'J0019+6923' RA= 00:19:29.051981 DEC= +69:23:06.72231 RAER= 1.93 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.012, 8.4, 0.036, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0016+146', 'J0019+1457' RA= 00:19:33.199782 DEC= +14:57:37.96588 RAER= 0.27 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.094, 8.4, 0.071, 0.063 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0017+296', 'J0019+2956' RA= 00:19:37.790326 DEC= +29:56:01.92215 RAER= 0.18 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.027, 8.4, 0.056, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 437 observations" / source= '0017+200', 'J0019+2021' RA= 00:19:37.854494 DEC= +20:21:45.64462 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81512 observations" / source= '0017+257', 'J0019+2602' RA= 00:19:39.780592 DEC= +26:02:52.27720 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.275, 0.183, 8.4, 0.310, 0.193 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1917 observations" / source= '0017+116', 'J0019+1155' RA= 00:19:40.516232 DEC= +11:55:56.10860 RAER= 0.78 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.011, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0017-307', 'J0019-3031' RA= 00:19:42.675302 DEC= -30:31:19.34894 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.498, 0.408, 8.4, 0.349, 0.247 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 515 observations" / source= '0016+731', 'J0019+7327' RA= 00:19:45.786352 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 302940 observations" / source= '0017-363', 'J0019-3601' RA= 00:19:45.846099 DEC= -36:01:59.36991 RAER= 23.97 DECER= 42.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0017+627', 'J0019+6300' RA= 00:19:47.644534 DEC= +63:00:46.63602 RAER= 39.10 DECER= 5.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.046, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0017-178', 'J0019-1734' RA= 00:19:48.374335 DEC= -17:34:46.54617 RAER= 0.48 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.102, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0017-075', 'J0019-0715' RA= 00:19:52.081920 DEC= -07:15:40.36729 RAER= 0.71 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.012, 8.4, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 54 observations" / source= '0017+265', 'J0019+2647' RA= 00:19:52.531475 DEC= +26:47:31.96825 RAER= 0.33 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.059, 8.4, 0.052, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0017-631', 'J0019-6253' RA= 00:19:56.596641 DEC= -62:53:06.15700 RAER= 6.53 DECER= 5.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0017+330', 'J0019+3320' RA= 00:19:58.672706 DEC= +33:20:02.65828 RAER= 0.77 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.018, 8.4, 0.035, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0017+448', 'J0020+4508' RA= 00:20:06.812179 DEC= +45:08:01.85325 RAER= 0.55 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.058, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0017-337', 'J0020-3330' RA= 00:20:09.951267 DEC= -33:30:04.67862 RAER= 2.33 DECER= 4.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.027, 8.4, 0.035, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0017+101', 'J0020+1026' RA= 00:20:22.568896 DEC= +10:26:08.06416 RAER= 0.61 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.024, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0017-490', 'J0020-4847' RA= 00:20:22.689173 DEC= -48:47:07.81874 RAER= 2.74 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.180, 0.158 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0018-281', 'J0020-2751' RA= 00:20:35.468755 DEC= -27:51:44.07593 RAER= 1.01 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.046, 8.4, 0.037, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0018+427', 'J0020+4304' RA= 00:20:49.978815 DEC= +43:04:38.35976 RAER= 0.62 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.167, 0.022, 8.4, 0.050, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0018+031', 'J0020+0323' RA= 00:20:50.247593 DEC= +03:23:58.07942 RAER= 0.65 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 80 observations" / source= '0018+315', 'J0020+3152' RA= 00:20:50.626619 DEC= +31:52:29.37512 RAER= 0.52 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.049, 8.4, 0.049, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0018-222', 'J0020-2201' RA= 00:20:51.784593 DEC= -22:01:09.57045 RAER= 1.19 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0018-251', 'J0021-2451' RA= 00:21:00.159142 DEC= -24:51:07.57883 RAER= 1.02 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.020, 8.4, 0.020, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0018+715', 'J0021+7150' RA= 00:21:02.813796 DEC= +71:50:20.77047 RAER= 0.40 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.113, 8.4, 0.181, 0.133 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 620 observations" / source= '0018+625', 'J0021+6251' RA= 00:21:06.448618 DEC= +62:51:43.49048 RAER= 3.57 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations. No flux information" / source= '0018-194', 'J0021-1910' RA= 00:21:07.536382 DEC= -19:10:05.54431 RAER= 0.66 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.012, 8.4, 0.020, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 70 observations" / source= '0018-242', 'J0021-2355' RA= 00:21:09.732596 DEC= -23:55:25.09967 RAER= 0.93 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0018+741', 'J0021+7427' RA= 00:21:12.511262 DEC= +74:27:36.96357 RAER= 3.44 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.043, 8.4, 0.060, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0018-241', 'J0021-2354' RA= 00:21:14.320059 DEC= -23:54:08.22309 RAER= 1.15 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.019, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0018-012', 'J0021-0055' RA= 00:21:25.362849 DEC= -00:55:40.88607 RAER= 16.58 DECER= 18.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0018+729', 'J0021+7312' RA= 00:21:27.375151 DEC= +73:12:41.93105 RAER= 0.48 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.626, 0.179, 8.4, 0.202, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 913 observations" / source= '0018+321', 'J0021+3226' RA= 00:21:29.959070 DEC= +32:26:58.65486 RAER= 0.73 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.046, 8.4, 0.057, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0018+465', 'J0021+4652' RA= 00:21:31.318550 DEC= +46:52:01.90678 RAER= 2.25 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.005, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0019-261', 'J0021-2550' RA= 00:21:32.549521 DEC= -25:50:49.38721 RAER= 0.36 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.013, 8.4, 0.028, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 124 observations" / source= '0018+222', 'J0021+2229' RA= 00:21:35.944307 DEC= +22:29:33.86223 RAER= 1.06 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0019-220', 'J0021-2146' RA= 00:21:37.407349 DEC= -21:46:44.89506 RAER= 0.91 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0019+231', 'J0021+2325' RA= 00:21:56.252090 DEC= +23:25:57.34358 RAER= 0.40 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.022, 8.4, 0.032, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0019-265', 'J0021-2619' RA= 00:21:57.669946 DEC= -26:19:16.18085 RAER= 1.81 DECER= 4.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.010, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0019-519', 'J0022-5140' RA= 00:22:00.097257 DEC= -51:40:24.31174 RAER= 1.57 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations. No flux information" / source= '0019-226', 'J0022-2221' RA= 00:22:01.534426 DEC= -22:21:03.72868 RAER= 0.60 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0019+451', 'J0022+4525' RA= 00:22:06.611343 DEC= +45:25:33.86028 RAER= 0.16 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.381, 0.348, 8.4, 0.213, 0.083 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 605 observations" / source= '0019-109', 'J0022-1041' RA= 00:22:09.016797 DEC= -10:41:33.03086 RAER= 1.54 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.011, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0019-191', 'J0022-1853' RA= 00:22:09.268967 DEC= -18:53:34.86671 RAER= 0.47 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.082, 0.069 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 133 observations" / source= '0019-073', 'J0022-0702' RA= 00:22:23.041047 DEC= -07:02:34.97386 RAER= 8.77 DECER= 8.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0019-000', 'J0022+0014' RA= 00:22:25.425802 DEC= +00:14:56.16563 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.923, 0.156, 8.4, 0.269, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 586 observations" / source= '0019-162', 'J0022-1556' RA= 00:22:26.920236 DEC= -15:56:05.03669 RAER= 0.99 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0019+058', 'J0022+0608' RA= 00:22:32.441211 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32051 observations" / source= '0020-521', 'J0022-5153' RA= 00:22:33.364272 DEC= -51:53:16.41395 RAER= 2.27 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.111, 0.055 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0020+015', 'J0022+0147' RA= 00:22:38.225120 DEC= +01:47:02.42630 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.072, 8.4, 0.132, 0.108 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 612 observations" / source= '0020-378', 'J0022-3737' RA= 00:22:38.265261 DEC= -37:37:17.56394 RAER= 23.43 DECER= 35.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0019+603', 'J0022+6040' RA= 00:22:40.215847 DEC= +60:40:19.99356 RAER= 0.71 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, n/a, 8.4, 0.098, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 63 observations" / source= '0020-020', 'J0022-0145' RA= 00:22:44.293677 DEC= -01:45:50.98149 RAER= 1.34 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0020-299', 'J0023-2941' RA= 00:23:01.658502 DEC= -29:41:31.20105 RAER= 38.58 DECER= 38.46 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0020+289', 'J0023+2915' RA= 00:23:04.556689 DEC= +29:15:47.17685 RAER= 1.21 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0020-148', 'J0023-1431' RA= 00:23:05.632033 DEC= -14:31:32.25535 RAER= 0.44 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.037, 8.4, 0.031, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0020-653', 'J0023-6506' RA= 00:23:08.420922 DEC= -65:06:54.96209 RAER= 73.68 DECER= 18.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0020-252', 'J0023-2500' RA= 00:23:11.540608 DEC= -25:00:41.56907 RAER= 4.00 DECER= 10.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0020+27A', 'J0023+273A' RA= 00:23:14.527117 DEC= +27:34:31.22143 RAER= 2.75 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations. No flux information" / source= '0020+272', 'J0023+2734' RA= 00:23:14.538102 DEC= +27:34:31.17440 RAER= 1.00 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.011, 8.4, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 59 observations" / source= '0020-146', 'J0023-1422' RA= 00:23:16.655450 DEC= -14:22:58.32959 RAER= 0.36 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.016, 8.4, 0.049, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0020+042', 'J0023+0429' RA= 00:23:20.241978 DEC= +04:29:01.26179 RAER= 0.71 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.018, 8.4, 0.019, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0020+188', 'J0023+1904' RA= 00:23:21.299019 DEC= +19:04:48.10896 RAER= 0.31 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.057, 8.4, 0.060, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0020+253', 'J0023+2539' RA= 00:23:23.009375 DEC= +25:39:17.88140 RAER= 0.55 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0020-150', 'J0023-1447' RA= 00:23:26.246508 DEC= -14:47:01.72323 RAER= 0.26 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.070, 8.4, 0.085, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0020+007', 'J0023+0101' RA= 00:23:31.586594 DEC= +01:01:15.20607 RAER= 0.42 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.026, 8.4, 0.049, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0020+154', 'J0023+1544' RA= 00:23:34.991196 DEC= +15:44:40.19456 RAER= 3.02 DECER= 3.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0020+446', 'J0023+4456' RA= 00:23:35.442478 DEC= +44:56:35.75829 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.099, 8.4, 0.195, 0.172 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 872 observations" / source= '0021-031', 'J0023-0253' RA= 00:23:36.241618 DEC= -02:53:06.82064 RAER= 1.70 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.023, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0021+040', 'J0023+0417' RA= 00:23:38.164717 DEC= +04:17:00.43358 RAER= 0.37 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.013, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 224 observations" / source= '0021+055', 'J0023+0552' RA= 00:23:42.970265 DEC= +05:52:30.57645 RAER= 0.47 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.040, 8.4, 0.051, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0021+113', 'J0023+1136' RA= 00:23:48.489043 DEC= +11:36:46.02589 RAER= 3.88 DECER= 4.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.015, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0021-051', 'J0023-0450' RA= 00:23:48.965683 DEC= -04:50:01.64785 RAER= 2.95 DECER= 4.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0021+376', 'J0023+3754' RA= 00:23:53.095154 DEC= +37:54:04.68631 RAER= 0.58 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.009, 8.4, 0.022, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0021-084', 'J0024-0811' RA= 00:24:00.672759 DEC= -08:11:10.04895 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.064, 8.4, 0.098, 0.085 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 491 observations" / source= '0021+157', 'J0024+1602' RA= 00:24:01.280769 DEC= +16:02:33.95520 RAER= 0.48 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.079, 8.4, 0.089, 0.067 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0021+677', 'J0024+6801' RA= 00:24:04.471065 DEC= +68:01:58.96007 RAER= 2.99 DECER= 2.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.010, 8.4, 0.020, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0021-686', 'J0024-6820' RA= 00:24:06.722899 DEC= -68:20:54.58747 RAER= 0.82 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.240, 0.209 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 87 observations" / source= '0021-109', 'J0024-1042' RA= 00:24:08.513440 DEC= -10:42:36.82201 RAER= 0.53 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.035, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0021+583', 'J0024+5836' RA= 00:24:10.424198 DEC= +58:36:48.50653 RAER= 12.54 DECER= 7.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0021+072', 'J0024+0730' RA= 00:24:12.426762 DEC= +07:30:23.58148 RAER= 0.70 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.038, 8.4, 0.034, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0021+249', 'J0024+2510' RA= 00:24:15.818827 DEC= +25:10:41.11663 RAER= 0.57 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.025, 8.4, 0.032, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0021+464', 'J0024+4644' RA= 00:24:21.537642 DEC= +46:44:06.22972 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.249, 0.180, 8.4, 0.175, 0.087 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 519 observations" / source= '0021+243', 'J0024+2439' RA= 00:24:27.330542 DEC= +24:39:26.22934 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.145, 0.073, 8.4, 0.085, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 368 observations" / source= '0022-297', 'J0024-2928' RA= 00:24:30.149778 DEC= -29:28:54.44895 RAER= 0.41 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.072, 8.4, 0.088, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0022-423', 'J0024-4202' RA= 00:24:42.989872 DEC= -42:02:03.94990 RAER= 0.25 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 2.632, 0.385, 8.4, 0.514, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 194 observations" / source= '0022+035', 'J0024+0349' RA= 00:24:45.217190 DEC= +03:49:03.58793 RAER= 0.23 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 543 observations" / source= '0022-044', 'J0024-0412' RA= 00:24:45.983213 DEC= -04:12:01.54881 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.238, 0.122, 8.4, 0.178, 0.095 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 429 observations" / source= '0022-099', 'J0024-0941' RA= 00:24:46.451388 DEC= -09:41:49.49221 RAER= 1.24 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0022+180', 'J0025+1817' RA= 00:25:04.696973 DEC= +18:17:12.08561 RAER= 0.46 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.055, 8.4, 0.047, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0022-09A', 'J0025-0942' RA= 00:25:14.296431 DEC= -09:42:01.15503 RAER= 0.47 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.088, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0022-227', 'J0025-2227' RA= 00:25:24.247398 DEC= -22:27:47.59692 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.163, 8.4, 0.272, 0.156 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 739 observations" / source= '0022+390', 'J0025+3919' RA= 00:25:26.157677 DEC= +39:19:35.43915 RAER= 0.15 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 462 observations" / source= '0023-375', 'J0025-3718' RA= 00:25:31.939092 DEC= -37:18:09.71797 RAER= 1.16 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.013, 8.4, 0.038, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0022+424', 'J0025+4243' RA= 00:25:35.154545 DEC= +42:43:51.63593 RAER= 14.20 DECER= 9.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0023+330', 'J0025+3316' RA= 00:25:43.916232 DEC= +33:16:48.72315 RAER= 13.68 DECER= 14.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0023-483', 'J0025-4803' RA= 00:25:45.821973 DEC= -48:03:55.09976 RAER= 2.25 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, 0.182 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0023-130', 'J0025-1247' RA= 00:25:46.647046 DEC= -12:47:25.42864 RAER= 2.78 DECER= 6.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0023-263', 'J0025-2602' RA= 00:25:49.156277 DEC= -26:02:12.61592 RAER= 0.19 DECER= 0.33 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 602 observations" / source= '0023-275', 'J0025-2717' RA= 00:25:51.574586 DEC= -27:17:21.30427 RAER= 4.74 DECER= 8.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0023-149', 'J0025-1441' RA= 00:25:52.064183 DEC= -14:41:17.10757 RAER= 13.12 DECER= 19.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0023+452', 'J0025+4534' RA= 00:25:52.470924 DEC= +45:34:27.06391 RAER= 0.88 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.030, 8.4, 0.049, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0023+664', 'J0025+6644' RA= 00:25:53.661138 DEC= +66:44:40.55960 RAER= 1.36 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.025, 8.4, 0.035, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0023+083', 'J0025+0837' RA= 00:25:54.259305 DEC= +08:37:11.40063 RAER= 0.13 DECER= 0.20 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 202 observations" / source= '0023-354', 'J0026-3512' RA= 00:26:16.387116 DEC= -35:12:48.79273 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.067, 8.4, 0.292, 0.272 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 705 observations" / source= '0023-361', 'J0026-3553' RA= 00:26:20.115391 DEC= -35:53:36.31006 RAER= 1.24 DECER= 4.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.045, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0023-485', 'J0026-4818' RA= 00:26:21.333131 DEC= -48:18:53.69810 RAER= 14.87 DECER= 8.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.015, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0023-089', 'J0026-0842' RA= 00:26:31.469019 DEC= -08:42:35.59753 RAER= 0.73 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.011, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0024-462', 'J0026-4601' RA= 00:26:35.628938 DEC= -46:01:09.91698 RAER= 1.70 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '0023+542', 'J0026+5432' RA= 00:26:37.554712 DEC= +54:32:38.30597 RAER= 0.67 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.031, 8.4, 0.044, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0024+348', 'J0026+3508' RA= 00:26:41.724783 DEC= +35:08:42.27265 RAER= 0.33 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.058, 8.4, 0.053, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 321 observations" / source= '0024-162', 'J0026-1556' RA= 00:26:48.243198 DEC= -15:56:54.21704 RAER= 0.71 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0024-114', 'J0026-1112' RA= 00:26:51.443167 DEC= -11:12:52.42510 RAER= 0.16 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.116, 0.049, 8.4, 0.060, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 434 observations" / source= '0024-135', 'J0026-1318' RA= 00:26:57.197421 DEC= -13:18:44.21819 RAER= 0.81 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0024+282', 'J0027+2830' RA= 00:27:00.581335 DEC= +28:30:27.09782 RAER= 0.83 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.011, 8.4, 0.018, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0024+597', 'J0027+5958' RA= 00:27:03.286208 DEC= +59:58:52.95945 RAER= 0.22 DECER= 0.11 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1756 observations" / source= '0024-053', 'J0027-0503' RA= 00:27:05.063907 DEC= -05:03:51.08666 RAER= 0.51 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.087, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0024+092', 'J0027+0929' RA= 00:27:05.793698 DEC= +09:29:57.76403 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.161, 8.4, 0.174, 0.062 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 533 observations" / source= '0024+013', 'J0027+0136' RA= 00:27:13.951998 DEC= +01:36:39.45890 RAER= 0.69 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.015, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0024+224', 'J0027+2241' RA= 00:27:15.371528 DEC= +22:41:58.06823 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.126, 8.4, 0.191, 0.079 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 515 observations" / source= '0024-372', 'J0027-3656' RA= 00:27:17.942180 DEC= -36:56:59.69614 RAER= 1.36 DECER= 3.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, n/a, 8.4, 0.074, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0024-340', 'J0027-3346' RA= 00:27:18.968819 DEC= -33:46:48.43071 RAER= 0.91 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.022, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0024+258', 'J0027+2607' RA= 00:27:26.995376 DEC= +26:07:07.10778 RAER= 0.43 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0025-320', 'J0027-3147' RA= 00:27:42.045559 DEC= -31:47:49.62373 RAER= 1.10 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0025+449', 'J0027+4514' RA= 00:27:42.262769 DEC= +45:14:57.07571 RAER= 0.21 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.041, 8.4, 0.048, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 617 observations" / source= '0025-128', 'J0028-1233' RA= 00:28:08.235594 DEC= -12:33:53.92393 RAER= 1.55 DECER= 3.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.016, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0025+307', 'J0028+3103' RA= 00:28:10.726523 DEC= +31:03:48.08863 RAER= 1.02 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.012, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0025+748', 'J0028+7506' RA= 00:28:13.054227 DEC= +75:06:13.04706 RAER= 1.12 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.049, 8.4, 0.091, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0025+289', 'J0028+2914' RA= 00:28:17.105428 DEC= +29:14:27.90607 RAER= 8.26 DECER= 12.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0025+210', 'J0028+2117' RA= 00:28:26.706612 DEC= +21:17:27.83189 RAER= 0.30 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.050, 8.4, 0.077, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0025+482', 'J0028+4829' RA= 00:28:27.503980 DEC= +48:29:23.68041 RAER= 0.46 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.032, 8.4, 0.054, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0025-298', 'J0028-2934' RA= 00:28:29.089110 DEC= -29:34:35.30218 RAER= 12.76 DECER= 28.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0025+197', 'J0028+2000' RA= 00:28:29.818478 DEC= +20:00:26.74397 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10727 observations" / source= '0025+168', 'J0028+1707' RA= 00:28:30.059959 DEC= +17:07:44.67632 RAER= 0.70 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.019, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0025-131', 'J0028-1250' RA= 00:28:31.767139 DEC= -12:50:53.36968 RAER= 0.27 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.087, 8.4, 0.079, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0025+238', 'J0028+2408' RA= 00:28:34.210369 DEC= +24:08:08.06378 RAER= 0.33 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.027, 8.4, 0.048, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0026-710', 'J0028-7045' RA= 00:28:41.562947 DEC= -70:45:15.92737 RAER= 1.20 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.091, 0.083 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0026+076', 'J0028+0757' RA= 00:28:45.990328 DEC= +07:57:59.30452 RAER= 0.16 DECER= 0.26 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 156 observations" / source= '0026-040', 'J0028-0344' RA= 00:28:47.435437 DEC= -03:44:35.26221 RAER= 0.86 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0026+081', 'J0028+0828' RA= 00:28:53.681131 DEC= +08:28:26.88630 RAER= 0.27 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.049, 8.4, 0.040, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 55 observations" / source= '0026-015', 'J0029-0113' RA= 00:29:00.986034 DEC= -01:13:41.75936 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.192, 0.092, 8.4, 0.187, 0.073 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 668 observations" / source= '0026+048', 'J0029+0509' RA= 00:29:03.592187 DEC= +05:09:34.86723 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.422, 0.114, 8.4, 0.195, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 731 observations" / source= '0026+423', 'J0029+4235' RA= 00:29:10.681425 DEC= +42:35:12.41305 RAER= 0.45 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.050, 8.4, 0.076, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0026+056', 'J0029+055A' RA= 00:29:13.623186 DEC= +05:54:30.22040 RAER= 0.56 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.052, 8.4, 0.040, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0026+346', 'J0029+3456' RA= 00:29:14.242397 DEC= +34:56:32.24625 RAER= 0.18 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 574 observations" / source= '0026+143', 'J0029+1439' RA= 00:29:19.850394 DEC= +14:39:10.92514 RAER= 2.46 DECER= 5.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0026-114', 'J0029-1111' RA= 00:29:22.699606 DEC= -11:11:51.01578 RAER= 14.44 DECER= 20.92 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0026+607', 'J0029+6100' RA= 00:29:25.647632 DEC= +61:00:43.68753 RAER= 13.14 DECER= 9.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0026+487', 'J0029+4858' RA= 00:29:26.393999 DEC= +48:58:45.44290 RAER= 1.61 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0026+199', 'J0029+2013' RA= 00:29:30.530078 DEC= +20:13:21.48978 RAER= 1.20 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.020, 8.4, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0026+324', 'J0029+3244' RA= 00:29:33.014137 DEC= +32:44:50.79304 RAER= 0.19 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.218, 0.117, 8.4, 0.115, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 232 observations" / source= '0027-049', 'J0029-0440' RA= 00:29:37.587341 DEC= -04:40:20.39695 RAER= 0.72 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0027+056', 'J0029+0554' RA= 00:29:45.896317 DEC= +05:54:40.71223 RAER= 0.11 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 739 observations" / source= '0027+004', 'J0029+0044' RA= 00:29:48.549800 DEC= +00:44:47.57879 RAER= 3.59 DECER= 5.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0027+137', 'J0029+1402' RA= 00:29:50.703787 DEC= +14:02:13.94063 RAER= 0.42 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.033, 8.4, 0.039, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0027-002', 'J0030-0000' RA= 00:30:07.888448 DEC= -00:00:07.26651 RAER= 0.92 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0027+05A', 'J0030+0555' RA= 00:30:12.267010 DEC= +05:55:26.91020 RAER= 0.14 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.032, 8.4, 0.045, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 318 observations" / source= '0027+703', 'J0030+7037' RA= 00:30:14.412954 DEC= +70:37:40.06100 RAER= 0.33 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1715 observations" / source= '0027+001', 'J0030+0024' RA= 00:30:16.955806 DEC= +00:24:33.31545 RAER= 0.91 DECER= 2.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.014, 8.4, 0.015, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0027-426', 'J0030-4224' RA= 00:30:17.492637 DEC= -42:24:46.48267 RAER= 0.20 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.302, 0.211, 8.4, 0.336, 0.187 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 195 observations" / source= '0027+377', 'J0030+3804' RA= 00:30:18.614349 DEC= +38:04:01.00437 RAER= 0.51 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.027, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0027-170', 'J0030-1647' RA= 00:30:20.447854 DEC= -16:47:13.09628 RAER= 0.39 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.009, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 125 observations" / source= '0027+282', 'J0030+2833' RA= 00:30:28.752265 DEC= +28:33:36.61721 RAER= 1.00 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.010, 8.4, 0.044, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0028-262', 'J0030-2556' RA= 00:30:29.585838 DEC= -25:56:19.77145 RAER= 0.64 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.037, 8.4, 0.042, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0027-024', 'J0030-0211' RA= 00:30:31.823741 DEC= -02:11:56.13280 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.257, 0.234, 8.4, 0.251, 0.220 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 443 observations" / source= '0027+184', 'J0030+1846' RA= 00:30:32.806632 DEC= +18:46:29.26014 RAER= 0.71 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.007, 8.4, 0.023, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0027+419', 'J0030+4211' RA= 00:30:35.160755 DEC= +42:11:27.94702 RAER= 1.43 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0028+168', 'J0030+1705' RA= 00:30:37.041129 DEC= +17:05:12.10820 RAER= 1.65 DECER= 4.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0027+484', 'J0030+4842' RA= 00:30:43.294747 DEC= +48:42:14.57707 RAER= 1.53 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026, 8.4, 0.030, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0027+587', 'J0030+5904' RA= 00:30:43.454230 DEC= +59:04:19.69983 RAER= 0.35 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.075, 8.4, 0.077, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 291 observations" / source= '0028-017', 'J0030-0128' RA= 00:30:55.268429 DEC= -01:28:31.24839 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.050, 8.4, 0.061, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 314 observations" / source= '0028+543', 'J0030+5435' RA= 00:30:56.257807 DEC= +54:35:54.94018 RAER= 1.91 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0028+537', 'J0031+5401' RA= 00:31:01.750589 DEC= +54:01:50.52384 RAER= 0.47 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.317, 0.010, 8.4, 0.193, 0.007 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 166 observations" / source= '0028+53A', 'J0031+540A' RA= 00:31:01.756548 DEC= +54:01:50.65842 RAER= 0.48 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 161 observations. No flux information" / source= '0028-137', 'J0031-1326' RA= 00:31:03.224499 DEC= -13:26:58.62263 RAER= 0.17 DECER= 0.35 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 254 observations" / source= '0028+071', 'J0031+0724' RA= 00:31:19.709743 DEC= +07:24:53.55759 RAER= 0.42 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 101 observations" / source= '0028-396', 'J0031-3922' RA= 00:31:24.331484 DEC= -39:22:49.36896 RAER= 0.26 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.063, 8.4, 0.082, 0.069 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 177 observations" / source= '0028+148', 'J0031+1507' RA= 00:31:26.801156 DEC= +15:07:39.50412 RAER= 0.36 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.089, 8.4, 0.072, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0028-116', 'J0031-1124' RA= 00:31:26.850783 DEC= -11:24:42.00244 RAER= 1.17 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0029-414', 'J0031-4108' RA= 00:31:28.060262 DEC= -41:08:15.88329 RAER= 0.30 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.195, 0.115, 8.4, 0.139, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 75 observations" / source= '0028+162', 'J0031+1632' RA= 00:31:28.903038 DEC= +16:32:35.41787 RAER= 6.26 DECER= 5.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0029-154', 'J0031-1513' RA= 00:31:41.788494 DEC= -15:13:25.53451 RAER= 2.54 DECER= 4.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0029+216', 'J0031+2153' RA= 00:31:47.633404 DEC= +21:53:46.49600 RAER= 7.23 DECER= 12.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0029-315', 'J0031-3114' RA= 00:31:52.774283 DEC= -31:14:40.52537 RAER= 1.15 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.019, 8.4, 0.035, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0029-147', 'J0031-1426' RA= 00:31:56.411796 DEC= -14:26:19.34422 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.126, 8.4, 0.139, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 369 observations" / source= '0029-091', 'J0032-0851' RA= 00:32:00.984070 DEC= -08:51:37.46131 RAER= 1.68 DECER= 3.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0029-159', 'J0032-1541' RA= 00:32:07.431311 DEC= -15:41:33.18010 RAER= 0.23 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.040, 8.4, 0.052, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0029-556', 'J0032-5522' RA= 00:32:10.919129 DEC= -55:22:27.96219 RAER= 25.48 DECER= 11.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.022, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0029+398', 'J0032+4007' RA= 00:32:16.221766 DEC= +40:07:11.85911 RAER= 1.84 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.024, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0029+416', 'J0032+4152' RA= 00:32:21.413972 DEC= +41:52:55.83253 RAER= 0.69 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.050, 8.4, 0.045, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0029-028', 'J0032-0232' RA= 00:32:29.675655 DEC= -02:32:19.53448 RAER= 0.49 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.028, 8.4, 0.037, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0029+372', 'J0032+3731' RA= 00:32:30.938771 DEC= +37:31:22.46329 RAER= 0.63 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.053, 8.4, 0.055, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0030-290', 'J0032-2849' RA= 00:32:33.096982 DEC= -28:49:20.39236 RAER= 0.50 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.035, 8.4, 0.055, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0030+196', 'J0032+1953' RA= 00:32:38.338192 DEC= +19:53:53.77575 RAER= 0.62 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.509, 0.093, 8.4, 0.065, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 373 observations" / source= '0030-297', 'J0032-2931' RA= 00:32:46.189087 DEC= -29:31:11.00011 RAER= 5.28 DECER= 9.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0030+471', 'J0032+4726' RA= 00:32:46.340409 DEC= +47:26:51.08769 RAER= 0.40 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.057, 8.4, 0.064, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0030+060', 'J0032+0619' RA= 00:32:53.882455 DEC= +06:19:11.25911 RAER= 6.07 DECER= 5.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0030+146', 'J0032+1456' RA= 00:32:56.627384 DEC= +14:56:37.47382 RAER= 0.30 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.064, 8.4, 0.081, 0.058 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0030-348', 'J0032-3433' RA= 00:32:58.486895 DEC= -34:33:51.60204 RAER= 2.85 DECER= 7.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0030+254', 'J0032+2543' RA= 00:32:58.634764 DEC= +25:43:46.67443 RAER= 1.28 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.032, 8.4, 0.051, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0030+048', 'J0032+0510' RA= 00:32:59.267802 DEC= +05:10:01.50414 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.039, 8.4, 0.055, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 262 observations" / source= '0030+226', 'J0033+2255' RA= 00:33:02.677451 DEC= +22:55:25.22411 RAER= 0.32 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, 0.008, 8.4, 0.051, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 162 observations" / source= '0030-047', 'J0033-0429' RA= 00:33:06.973337 DEC= -04:29:32.56264 RAER= 1.79 DECER= 3.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0030-272', 'J0033-2701' RA= 00:33:09.164900 DEC= -27:01:49.11714 RAER= 0.64 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.039, 8.4, 0.055, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0030+033', 'J0033+0335' RA= 00:33:12.887769 DEC= +03:35:50.16309 RAER= 0.58 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.011, 8.4, 0.028, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 91 observations" / source= '0031-171', 'J0033-1650' RA= 00:33:32.380514 DEC= -16:50:15.97705 RAER= 3.90 DECER= 6.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0031-196', 'J0033-1921' RA= 00:33:34.380198 DEC= -19:21:33.13245 RAER= 0.37 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 99 observations" / source= '0031-040', 'J0033-0345' RA= 00:33:35.922406 DEC= -03:45:31.51290 RAER= 0.17 DECER= 0.32 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 144 observations" / source= '0031+357', 'J0033+3600' RA= 00:33:44.859227 DEC= +36:00:37.28954 RAER= 0.79 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.025, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0031+489', 'J0033+4911' RA= 00:33:47.330338 DEC= +49:11:01.40814 RAER= 1.39 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.028, 8.4, 0.034, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0031-428', 'J0033-4236' RA= 00:33:47.941392 DEC= -42:36:14.06755 RAER= 1.66 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.136, 0.146 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0031+399', 'J0033+4014' RA= 00:33:50.088364 DEC= +40:14:12.63360 RAER= 0.84 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.057, 8.4, 0.036, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0031-254', 'J0033-2511' RA= 00:33:54.074938 DEC= -25:11:45.00029 RAER= 0.97 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.028, 8.4, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0031-657', 'J0033-6526' RA= 00:33:58.475056 DEC= -65:26:15.79996 RAER= 6.74 DECER= 4.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0031-345', 'J0033-3416' RA= 00:33:59.785825 DEC= -34:16:37.55519 RAER= 0.64 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0031+387', 'J0034+3900' RA= 00:34:02.396971 DEC= +39:00:37.50983 RAER= 0.30 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.022, 8.4, 0.039, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0031-415', 'J0034-4116' RA= 00:34:04.408856 DEC= -41:16:19.47246 RAER= 4.02 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.049, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0031+060', 'J0034+0620' RA= 00:34:04.839272 DEC= +06:20:30.10394 RAER= 0.52 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0030+765', 'J0034+7647' RA= 00:34:09.843604 DEC= +76:47:07.85149 RAER= 284.81 DECER= 46.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.029, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0031+211', 'J0034+2126' RA= 00:34:16.839590 DEC= +21:26:41.59853 RAER= 0.15 DECER= 0.22 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 234 observations" / source= '0031-300', 'J0034-2945' RA= 00:34:17.806835 DEC= -29:45:09.16697 RAER= 0.82 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.016, 8.4, 0.041, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0031+690', 'J0034+6920' RA= 00:34:20.371088 DEC= +69:20:03.85322 RAER= 4.17 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.018, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0031+035', 'J0034+0348' RA= 00:34:21.043102 DEC= +03:48:22.90941 RAER= 0.78 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.015, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0031-182', 'J0034-1759' RA= 00:34:24.187171 DEC= -17:59:22.37502 RAER= 0.56 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.017, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0032-019', 'J0034-0143' RA= 00:34:38.277171 DEC= -01:43:08.36738 RAER= 0.69 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.013, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 52 observations" / source= '0032+276', 'J0034+2754' RA= 00:34:43.486107 DEC= +27:54:25.72039 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.766, 0.200, 8.4, 0.358, 0.101 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 412 observations" / source= '0032+01A', 'J0034+0130' RA= 00:34:43.601101 DEC= +01:30:24.62362 RAER= 4.14 DECER= 5.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0032-011', 'J0034-0054' RA= 00:34:43.921974 DEC= -00:54:13.03511 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.082, 0.055, 8.4, 0.118, 0.076 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 603 observations" / source= '0032-233', 'J0034-2303' RA= 00:34:54.796161 DEC= -23:03:35.26434 RAER= 0.74 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.165, 0.023, 8.4, 0.017, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0032+369', 'J0034+3712' RA= 00:34:55.416462 DEC= +37:12:25.19793 RAER= 0.45 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.071, 8.4, 0.098, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0032+101', 'J0034+1027' RA= 00:34:56.178296 DEC= +10:27:53.64852 RAER= 0.39 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 76 observations" / source= '0032-188', 'J0034-1833' RA= 00:34:57.886793 DEC= -18:33:10.66565 RAER= 0.30 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.111, 8.4, 0.122, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0032-088', 'J0035-0834' RA= 00:35:03.452467 DEC= -08:34:40.10042 RAER= 2.87 DECER= 6.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0032-577', 'J0035-5726' RA= 00:35:03.467990 DEC= -57:26:07.97369 RAER= 0.90 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations. No flux information" / source= '0032-145', 'J0035-1416' RA= 00:35:04.682246 DEC= -14:16:07.91561 RAER= 0.80 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0032+178', 'J0035+1808' RA= 00:35:05.249126 DEC= +18:08:52.57213 RAER= 0.24 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.061, 8.4, 0.085, 0.078 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0032-203', 'J0035-2003' RA= 00:35:08.787538 DEC= -20:03:59.11380 RAER= 3.57 DECER= 7.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0032-167', 'J0035-1627' RA= 00:35:08.999521 DEC= -16:27:50.84474 RAER= 0.94 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0032+012', 'J0035+0133' RA= 00:35:10.583738 DEC= +01:33:45.21541 RAER= 0.88 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.017, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0032+341', 'J0035+3428' RA= 00:35:12.489890 DEC= +34:28:19.66916 RAER= 0.74 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.060, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0032+007', 'J0035+0104' RA= 00:35:12.908027 DEC= +01:04:30.67942 RAER= 0.76 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0032+149', 'J0035+1515' RA= 00:35:14.724107 DEC= +15:15:04.15381 RAER= 0.30 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 89 observations" / source= '0032+558', 'J0035+5606' RA= 00:35:15.303490 DEC= +56:06:44.21153 RAER= 2.14 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.015, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0032+612', 'J0035+6130' RA= 00:35:25.310577 DEC= +61:30:30.76125 RAER= 0.24 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 820 observations" / source= '0032+458', 'J0035+4608' RA= 00:35:28.353124 DEC= +46:08:52.99726 RAER= 0.98 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.015, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0032+517', 'J0035+5204' RA= 00:35:28.750911 DEC= +52:04:14.86489 RAER= 1.36 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.017, 8.4, 0.027, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0032+548', 'J0035+5508' RA= 00:35:32.932539 DEC= +55:08:29.35597 RAER= 0.64 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.044, 8.4, 0.026, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0033-239', 'J0035-2340' RA= 00:35:42.944308 DEC= -23:40:18.15783 RAER= 0.65 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.021, 8.4, 0.060, 0.006 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0033+082', 'J0035+0832' RA= 00:35:43.508185 DEC= +08:32:15.84843 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.032, 8.4, 0.035, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a 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= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.329, 0.204, 8.4, 0.200, 0.117 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 471 observations" / source= '0033-301', 'J0035-2954' RA= 00:35:44.786650 DEC= -29:54:28.71797 RAER= 1.24 DECER= 4.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0033-088', 'J0035-0835' RA= 00:35:46.250385 DEC= -08:35:54.04267 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.063, 8.4, 0.125, 0.114 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 489 observations" / source= '0033-133', 'J0035-1305' RA= 00:35:47.771850 DEC= -13:05:11.32192 RAER= 0.27 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.057, 8.4, 0.093, 0.075 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0033-164', 'J0035-1611' RA= 00:35:48.939776 DEC= -16:11:10.84229 RAER= 0.45 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.052, 8.4, 0.048, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0033+595', 'J0035+5950' RA= 00:35:52.645116 DEC= +59:50:04.51479 RAER= 0.48 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 110 observations" / source= '0033+156', 'J0035+1553' RA= 00:35:55.537511 DEC= +15:53:16.45191 RAER= 7.15 DECER= 5.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, n/a, 5.0, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0033+437', 'J0035+4402' RA= 00:35:58.602834 DEC= +44:02:28.92695 RAER= 1.18 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.020, 8.4, 0.027, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0033+260', 'J0036+2618' RA= 00:36:01.250971 DEC= +26:18:54.60294 RAER= 3.78 DECER= 4.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0033-098', 'J0036-0932' RA= 00:36:06.856226 DEC= -09:32:29.16194 RAER= 0.40 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.103, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0033+586', 'J0036+5855' RA= 00:36:07.503656 DEC= +58:55:45.96601 RAER= 0.87 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.019, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0033-286', 'J0036-2822' RA= 00:36:08.526771 DEC= -28:22:11.78928 RAER= 0.83 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.023, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0033+543', 'J0036+5435' RA= 00:36:15.596355 DEC= +54:35:19.27009 RAER= 1.97 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0033+079', 'J0036+0815' RA= 00:36:16.125075 DEC= +08:15:04.03164 RAER= 0.15 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.035, 8.4, 0.049, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 297 observations" / source= '0033+098', 'J0036+1007' RA= 00:36:23.767154 DEC= +10:07:58.46637 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.335, 0.068, 8.4, 0.314, 0.104 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 454 observations" / source= '0033-032', 'J0036-0259' RA= 00:36:25.946706 DEC= -02:59:57.11507 RAER= 0.21 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.030, 8.4, 0.036, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0033+142', 'J0036+1434' RA= 00:36:35.109111 DEC= +14:34:03.61872 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.072, 8.4, 0.121, 0.055 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 469 observations" / source= '0034-035', 'J0036-0318' RA= 00:36:35.522255 DEC= -03:18:16.36186 RAER= 0.44 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.029, 8.4, 0.045, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0034-029', 'J0036-0240' RA= 00:36:37.560862 DEC= -02:40:03.04349 RAER= 0.82 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0034-270', 'J0036-2644' RA= 00:36:40.665039 DEC= -26:44:37.66318 RAER= 1.60 DECER= 4.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.016, 8.4, 0.014, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0034+315', 'J0036+3151' RA= 00:36:48.124205 DEC= +31:51:14.39355 RAER= 0.53 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.016, 8.4, 0.026, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0034+182', 'J0036+1832' RA= 00:36:59.411194 DEC= +18:32:03.65613 RAER= 0.63 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.019, 8.4, 0.027, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0034+297', 'J0036+2958' RA= 00:36:59.820655 DEC= +29:58:56.53569 RAER= 0.48 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.047, 8.4, 0.053, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0034-014', 'J0037-0109' RA= 00:37:04.110877 DEC= -01:09:08.42080 RAER= 0.20 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.023, 0.020, 8.4, 0.037, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 148 observations" / source= '0034+623', 'J0037+6236' RA= 00:37:04.331566 DEC= +62:36:33.30821 RAER= 0.35 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.014, 8.4, 0.184, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 235 observations" / source= '0034+254', 'J0037+2541' RA= 00:37:05.487630 DEC= +25:41:56.33380 RAER= 1.26 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.008, 8.4, 0.010, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0034-236', 'J0037-2323' RA= 00:37:08.794026 DEC= -23:23:40.40013 RAER= 1.02 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.026, 8.4, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0034+29A', 'J0037+3002' RA= 00:37:10.156688 DEC= +30:02:44.32616 RAER= 0.75 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.007, 8.4, 0.032, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0034+626', 'J0037+6254' RA= 00:37:11.422346 DEC= +62:54:38.78551 RAER= 1.36 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.010, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 52 observations" / source= '0034+667', 'J0037+6701' RA= 00:37:14.242203 DEC= +67:01:27.86838 RAER= 1.91 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.079, 8.4, 0.090, 0.085 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0034-220', 'J0037-2145' RA= 00:37:14.825903 DEC= -21:45:24.71418 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.253, 0.145, 8.4, 0.158, 0.084 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 576 observations" / source= '0034-484', 'J0037-4808' RA= 00:37:16.198125 DEC= -48:08:07.99029 RAER= 2.47 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.040, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0034+197', 'J0037+1958' RA= 00:37:18.872038 DEC= +19:58:41.85617 RAER= 0.49 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.022, 8.4, 0.036, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 57 observations" / source= '0034+259', 'J0037+2613' RA= 00:37:19.158289 DEC= +26:13:12.23562 RAER= 0.39 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.051, 8.4, 0.061, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0034+214', 'J0037+2141' RA= 00:37:23.540832 DEC= +21:41:53.12509 RAER= 0.14 DECER= 0.18 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 235 observations" / source= '0034+108', 'J0037+1109' RA= 00:37:26.041440 DEC= +11:09:50.92101 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.167, 8.4, 0.253, 0.171 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 418 observations" / source= '0034+191', 'J0037+1922' RA= 00:37:28.219753 DEC= +19:22:45.54096 RAER= 0.35 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.077, 8.4, 0.047, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0035-340', 'J0037-3344' RA= 00:37:28.864449 DEC= -33:44:42.41439 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, 0.105, 8.4, 0.154, 0.112 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 253 observations" / source= '0034+078', 'J0037+0808' RA= 00:37:32.197176 DEC= +08:08:13.05723 RAER= 0.11 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 684 observations" / source= '0035-534', 'J0037-5307' RA= 00:37:35.359694 DEC= -53:07:34.16044 RAER= 0.42 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.478, 0.167 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 113 observations" / source= '0034+393', 'J0037+3938' RA= 00:37:36.725752 DEC= +39:38:11.79472 RAER= 0.18 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.075, 8.4, 0.084, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 516 observations" / source= '0035-356', 'J0037-3523' RA= 00:37:42.890368 DEC= -35:23:36.55764 RAER= 29.96 DECER= 35.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0035+367', 'J0037+3659' RA= 00:37:46.142989 DEC= +36:59:10.88344 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.060, 8.4, 0.086, 0.071 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 665 observations" / source= '0035+161', 'J0037+1625' RA= 00:37:48.929676 DEC= +16:25:17.34514 RAER= 0.31 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.024, 8.4, 0.057, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0035+123', 'J0037+1238' RA= 00:37:50.880272 DEC= +12:38:19.87969 RAER= 0.60 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.027, 8.4, 0.044, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0035-058', 'J0037-0533' RA= 00:37:57.283021 DEC= -05:33:21.99906 RAER= 0.69 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.011, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0035+238', 'J0037+2407' RA= 00:37:58.299787 DEC= +24:07:11.86845 RAER= 0.23 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.062, 8.4, 0.085, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 401 observations" / source= '0035+548', 'J0037+5509' RA= 00:37:59.484259 DEC= +55:09:26.34289 RAER= 0.95 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0035+158', 'J0038+1606' RA= 00:38:00.200205 DEC= +16:06:38.91368 RAER= 2.66 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0035+227', 'J0038+2303' RA= 00:38:08.101400 DEC= +23:03:28.56231 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 134 observations" / source= '0035-000', 'J0038+0013' RA= 00:38:08.509228 DEC= +00:13:36.50619 RAER= 0.61 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.053, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0033+845', 'J0038+8447' RA= 00:38:11.861436 DEC= +84:47:27.15639 RAER= 19.58 DECER= 3.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.051, 8.4, 0.041, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11823 observations" / source= '0035-016', 'J0038-0122' RA= 00:38:16.455695 DEC= -01:22:04.18749 RAER= 0.36 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a, 8.4, 0.093, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0035+121', 'J0038+1227' RA= 00:38:18.016585 DEC= +12:27:31.24821 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.242, 0.100, 8.4, 0.202, 0.140 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 513 observations" / source= '0035-024', 'J0038-0207' RA= 00:38:20.529361 DEC= -02:07:40.54706 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.388, 0.213, 8.4, 0.374, 0.172 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 381 observations" / source= '0035-037', 'J0038-0329' RA= 00:38:20.794358 DEC= -03:29:58.96191 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.188, 8.4, 0.178, 0.101 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 630 observations" / source= '0035+413', 'J0038+4137' RA= 00:38:24.843587 DEC= +41:37:06.00025 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3547 observations" / source= '0035+503', 'J0038+5035' RA= 00:38:28.413610 DEC= +50:35:25.83367 RAER= 0.21 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.100, 0.064, 8.4, 0.127, 0.074 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 569 observations" / source= '0035+186', 'J0038+1856' RA= 00:38:28.891762 DEC= +18:56:17.63155 RAER= 0.13 DECER= 0.20 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 225 observations" / source= '0036-216', 'J0038-2120' RA= 00:38:29.954829 DEC= -21:20:04.01959 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.567, 0.159, 8.4, 0.154, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 484 observations" / source= '0036-015', 'J0038-0117' RA= 00:38:49.270187 DEC= -01:17:22.45528 RAER= 0.41 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, n/a, 8.4, 0.089, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0036-016', 'J0038-0121' RA= 00:38:52.065036 DEC= -01:21:54.61335 RAER= 0.17 DECER= 0.32 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 176 observations" / source= '0036+656', 'J0039+6556' RA= 00:39:01.628608 DEC= +65:56:16.51100 RAER= 2.67 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0036-099', 'J0039-0942' RA= 00:39:06.291664 DEC= -09:42:46.88950 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.145, 8.4, 0.146, 0.120 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 588 observations" / source= '0036-149', 'J0039-1441' RA= 00:39:06.522700 DEC= -14:41:54.25102 RAER= 1.61 DECER= 4.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0036+432', 'J0039+4330' RA= 00:39:08.159491 DEC= +43:30:14.61797 RAER= 1.03 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.006 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0036-226', 'J0039-2220' RA= 00:39:08.209118 DEC= -22:20:01.48025 RAER= 0.55 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.038, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 108 observations" / source= '0036+309', 'J0039+3114' RA= 00:39:08.509245 DEC= +31:14:22.43970 RAER= 1.00 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.014, 8.4, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0036-032', 'J0039-0257' RA= 00:39:13.402302 DEC= -02:57:07.00502 RAER= 0.25 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.070, 8.4, 0.073, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 68 observations" / source= '0036-191', 'J0039-1854' RA= 00:39:16.924566 DEC= -18:54:05.60827 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.094, 8.4, 0.086, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 436 observations" / source= '0036+030', 'J0039+0319' RA= 00:39:18.582384 DEC= +03:19:52.57836 RAER= 0.21 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 169 observations" / source= '0036+158', 'J0039+1605' RA= 00:39:22.666595 DEC= +16:05:22.87868 RAER= 0.35 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.035, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0037-114', 'J0039-1111' RA= 00:39:31.588004 DEC= -11:11:02.47920 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.033, 8.4, 0.134, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 250 observations" / source= '0037+139', 'J0039+1411' RA= 00:39:39.619594 DEC= +14:11:57.55661 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.259, 0.191, 8.4, 0.215, 0.095 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 608 observations" / source= '0037-100', 'J0039-0949' RA= 00:39:39.791192 DEC= -09:49:32.44942 RAER= 0.81 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0037-132', 'J0039-1300' RA= 00:39:39.883188 DEC= -13:00:59.81260 RAER= 0.35 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.033, 8.4, 0.051, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0037+487', 'J0039+4900' RA= 00:39:46.998856 DEC= +49:00:33.17489 RAER= 0.17 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.348, 0.188, 8.4, 0.196, 0.117 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 586 observations" / source= '0036+744', 'J0039+7443' RA= 00:39:48.760510 DEC= +74:43:24.21644 RAER= 1.30 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.213, 0.009, 8.4, 0.092, 0.005 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 162 observations" / source= '0037+581', 'J0040+5823' RA= 00:40:02.257660 DEC= +58:23:11.38302 RAER= 1.80 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.014, 8.4, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0037-593', 'J0040-5903' RA= 00:40:07.849126 DEC= -59:03:52.76474 RAER= 0.31 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.351, 0.187 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 166 observations" / source= '0037-127', 'J0040-1227' RA= 00:40:08.189154 DEC= -12:27:46.11105 RAER= 0.29 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.059, 8.4, 0.093, 0.072 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0037-204', 'J0040-2011' RA= 00:40:12.107042 DEC= -20:11:22.03516 RAER= 1.62 DECER= 4.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0037+011', 'J0040+0125' RA= 00:40:13.525440 DEC= +01:25:46.34958 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.093, 0.062, 8.4, 0.145, 0.115 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 595 observations" / source= '0037+405', 'J0040+4050' RA= 00:40:13.810048 DEC= +40:50:04.72658 RAER= 2.27 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0037-275', 'J0040-2719' RA= 00:40:16.413855 DEC= -27:19:11.71275 RAER= 4.67 DECER= 11.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0037-329', 'J0040-3243' RA= 00:40:17.540719 DEC= -32:43:27.82524 RAER= 0.15 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.081, 8.4, 0.227, 0.151 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 394 observations" / source= '0037+094', 'J0040+0942' RA= 00:40:18.304186 DEC= +09:42:41.78078 RAER= 0.19 DECER= 0.30 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 471 observations" / source= '0037-027', 'J0040-0231' RA= 00:40:18.880100 DEC= -02:31:18.54767 RAER= 0.36 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.030, 8.4, 0.045, 0.005 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 65 observations" / source= '0037-009', 'J0040-0040' RA= 00:40:20.311864 DEC= -00:40:33.47992 RAER= 0.66 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0037-239', 'J0040-2340' RA= 00:40:24.904946 DEC= -23:40:00.76717 RAER= 0.51 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.013, 8.4, 0.029, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0037-230', 'J0040-2244' RA= 00:40:26.616300 DEC= -22:44:18.48289 RAER= 0.72 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0038-326', 'J0040-3225' RA= 00:40:30.654874 DEC= -32:25:20.32885 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.092, 8.4, 0.114, 0.055 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1518 observations" / source= '0038-431', 'J0040-4253' RA= 00:40:32.514664 DEC= -42:53:11.39023 RAER= 2.32 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, 0.069 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0038-720', 'J0040-7145' RA= 00:40:47.902970 DEC= -71:45:59.61243 RAER= 19.93 DECER= 8.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0038+097', 'J0040+1003' RA= 00:40:50.538307 DEC= +10:03:26.61718 RAER= 0.28 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.044, 8.4, 0.048, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a 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= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.589, 0.182, 8.4, 0.506, 0.261 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2525 observations" / source= '0038+606', 'J0040+6054' RA= 00:40:58.175962 DEC= +60:54:06.23655 RAER= 1.95 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.010, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0038+073', 'J0041+0736' RA= 00:41:12.328999 DEC= +07:36:50.95850 RAER= 1.39 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.014, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0038+319', 'J0041+3211' RA= 00:41:15.934009 DEC= +32:11:07.56695 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.112, 8.4, 0.141, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 678 observations" / source= '0038+133', 'J0041+1339' RA= 00:41:17.210962 DEC= +13:39:27.52673 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.129, 8.4, 0.095, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 504 observations" / source= '0038+482', 'J0041+4830' RA= 00:41:19.153993 DEC= +48:30:07.05603 RAER= 1.69 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.019, 8.4, 0.030, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0038+377', 'J0041+3758' RA= 00:41:23.038813 DEC= +37:58:55.79804 RAER= 0.74 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.028, 8.4, 0.032, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0038-019', 'J0041-0143' RA= 00:41:26.008856 DEC= -01:43:15.68139 RAER= 0.16 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.063, 0.052, 8.4, 0.044, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 532 observations" / source= '0038+226', 'J0041+2255' RA= 00:41:29.312348 DEC= +22:55:32.43090 RAER= 0.54 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.046, 8.4, 0.048, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0038+087', 'J0041+0902' RA= 00:41:35.244840 DEC= +09:02:02.76558 RAER= 1.66 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0037+809', 'J0041+8114' RA= 00:41:36.052333 DEC= +81:14:51.12925 RAER= 6.31 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0039-164', 'J0041-1607' RA= 00:41:41.205092 DEC= -16:07:47.18025 RAER= 1.00 DECER= 2.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.009, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0039+211', 'J0041+2124' RA= 00:41:41.447328 DEC= +21:24:10.10960 RAER= 0.21 DECER= 0.35 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 256 observations" / source= '0039-386', 'J0041-3820' RA= 00:41:50.531237 DEC= -38:20:10.29968 RAER= 25.87 DECER= 43.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0039+502', 'J0041+5034' RA= 00:41:55.446191 DEC= +50:34:07.05525 RAER= 0.81 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.043, 8.4, 0.059, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0039+247', 'J0041+2458' RA= 00:41:55.484675 DEC= +24:58:41.62863 RAER= 0.30 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.046, 8.4, 0.076, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0039-407', 'J0042-4030' RA= 00:42:01.224523 DEC= -40:30:39.74172 RAER= 0.33 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.268, 0.272 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 135 observations" / source= '0039+230', 'J0042+2320' RA= 00:42:04.545166 DEC= +23:20:01.06195 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2218 observations" / source= '0039+373', 'J0042+3739' RA= 00:42:07.192254 DEC= +37:39:37.62181 RAER= 1.16 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.141, 0.008, 8.4, 0.050, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0039+541', 'J0042+5425' RA= 00:42:07.198306 DEC= +54:25:50.31776 RAER= 0.37 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.040, 8.4, 0.060, 0.056 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 117 observations" / source= '0039-445', 'J0042-4414' RA= 00:42:09.191889 DEC= -44:14:00.23326 RAER= 17.72 DECER= 42.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0039+148', 'J0042+1509' RA= 00:42:13.596467 DEC= +15:09:15.37764 RAER= 0.24 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.045, 8.4, 0.083, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0039+398', 'J0042+4009' RA= 00:42:17.430641 DEC= +40:09:48.40567 RAER= 8.20 DECER= 5.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0039+568', 'J0042+5708' RA= 00:42:19.451681 DEC= +57:08:36.58600 RAER= 0.19 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.140, 0.301, 5.0, 0.986, 0.401, 8.4, 0.807, 0.333, 22.2, 0.475, 0.321 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2782 observations" / source= '0040-438', 'J0042-4333' RA= 00:42:24.867289 DEC= -43:33:39.81607 RAER= 1.76 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.118, 0.116 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0039-253', 'J0042-2505' RA= 00:42:27.549957 DEC= -25:05:36.63724 RAER= 0.30 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.071, 8.4, 0.079, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 87 observations" / source= '0039+273', 'J0042+2739' RA= 00:42:35.656468 DEC= +27:39:49.35882 RAER= 0.38 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.036, 8.4, 0.044, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0040+098', 'J0042+1009' RA= 00:42:44.371708 DEC= +10:09:49.20756 RAER= 0.11 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 812 observations" / source= '0040+292', 'J0042+2931' RA= 00:42:45.653371 DEC= +29:31:25.46712 RAER= 0.65 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.021, 8.4, 0.024, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0040-208', 'J0042-2034' RA= 00:42:58.549449 DEC= -20:34:47.71180 RAER= 0.80 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.014, 8.4, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 73 observations" / source= '0040-081', 'J0043-0753' RA= 00:43:00.030152 DEC= -07:53:50.15256 RAER= 0.35 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.022, 8.4, 0.046, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0040+108', 'J0043+1105' RA= 00:43:03.907643 DEC= +11:05:29.99591 RAER= 0.46 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.032, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0040+517', 'J0043+5203' RA= 00:43:06.611433 DEC= +52:03:40.86832 RAER= 73.89 DECER= 60.02 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0040+172', 'J0043+1731' RA= 00:43:17.631469 DEC= +17:31:58.12965 RAER= 0.39 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.033, 8.4, 0.061, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0040+440', 'J0043+4417' RA= 00:43:18.714478 DEC= +44:17:27.44969 RAER= 18.65 DECER= 18.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0040+176', 'J0043+1753' RA= 00:43:19.259598 DEC= +17:53:06.32923 RAER= 0.35 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.061, 8.4, 0.107, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0040+285', 'J0043+2848' RA= 00:43:21.417742 DEC= +28:48:37.42837 RAER= 2.53 DECER= 4.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0040-269', 'J0043-2639' RA= 00:43:22.733725 DEC= -26:39:06.13848 RAER= 0.32 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.034, 8.4, 0.072, 0.066 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0040-107', 'J0043-1029' RA= 00:43:25.594933 DEC= -10:29:22.81356 RAER= 17.23 DECER= 15.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0041-395', 'J0043-3914' RA= 00:43:28.185057 DEC= -39:14:15.16033 RAER= 26.40 DECER= 40.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0040+001', 'J0043+0024' RA= 00:43:32.711168 DEC= +00:24:59.84770 RAER= 1.08 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0040+221', 'J0043+2223' RA= 00:43:33.708268 DEC= +22:23:46.58903 RAER= 0.38 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.025, 8.4, 0.027, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0041-049', 'J0043-0443' RA= 00:43:34.122685 DEC= -04:43:00.63378 RAER= 0.34 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 130 observations" / source= '0040+610', 'J0043+6122' RA= 00:43:39.945130 DEC= +61:22:02.83656 RAER= 0.43 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.172, 0.084, 8.4, 0.144, 0.099 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 73 observations" / source= '0041-038', 'J0043-0331' RA= 00:43:43.247463 DEC= -03:31:43.57420 RAER= 6.02 DECER= 8.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0041-031', 'J0043-0251' RA= 00:43:45.889333 DEC= -02:51:01.48146 RAER= 0.28 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.026, 8.4, 0.083, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 67 observations" / source= '0041+047', 'J0043+0502' RA= 00:43:46.730679 DEC= +05:02:56.03757 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.101, 8.4, 0.123, 0.102 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 378 observations" / source= '0041-115', 'J0043-1116' RA= 00:43:48.666799 DEC= -11:16:07.31436 RAER= 0.31 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 135 observations" / source= '0041+341', 'J0043+3426' RA= 00:43:48.843124 DEC= +34:26:26.09248 RAER= 0.17 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 398 observations" / source= '0041-175', 'J0043-1718' RA= 00:43:50.486652 DEC= -17:18:33.79697 RAER= 0.65 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.017, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0041-287', 'J0043-2827' RA= 00:43:51.298388 DEC= -28:27:40.29553 RAER= 0.47 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.045, 8.4, 0.057, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0040+734', 'J0043+7344' RA= 00:43:58.632201 DEC= +73:44:10.13477 RAER= 2.54 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.017, 8.4, 0.064, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0041+007', 'J0044+0101' RA= 00:44:04.669550 DEC= +01:01:52.98798 RAER= 0.25 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.026, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 80 observations" / source= '0041+141', 'J0044+1426' RA= 00:44:08.487707 DEC= +14:26:54.46366 RAER= 0.45 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.063, 8.4, 0.045, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0026+892', 'J0044+8929' RA= 00:44:16.931003 DEC= +89:29:15.48428 RAER= 1670.35 DECER= 38.92 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0041-381', 'J0044-3752' RA= 00:44:17.045330 DEC= -37:52:59.21699 RAER= 12.37 DECER= 27.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0041+287', 'J0044+2858' RA= 00:44:21.550717 DEC= +28:58:33.80989 RAER= 0.52 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.031, 8.4, 0.026, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0044-846', 'J0044-8422' RA= 00:44:26.689192 DEC= -84:22:39.98744 RAER= 1.28 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.283, 0.234 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 229 observations" / source= '0041+390', 'J0044+3919' RA= 00:44:37.541424 DEC= +39:19:47.89172 RAER= 0.50 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.078, 8.4, 0.078, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0041+461', 'J0044+4625' RA= 00:44:37.795766 DEC= +46:25:23.90056 RAER= 0.76 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.043, 8.4, 0.036, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0042-357', 'J0044-3530' RA= 00:44:41.415861 DEC= -35:30:35.38822 RAER= 16.64 DECER= 21.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0042+186', 'J0044+1855' RA= 00:44:42.227857 DEC= +18:55:05.03456 RAER= 0.13 DECER= 0.18 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 648 observations" / source= '0042-219', 'J0044-2139' RA= 00:44:47.446823 DEC= -21:39:30.30008 RAER= 0.85 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0041+677', 'J0044+6803' RA= 00:44:50.759608 DEC= +68:03:02.68592 RAER= 0.28 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1994 observations" / source= '0042+101', 'J0044+1026' RA= 00:44:58.727547 DEC= +10:26:53.12420 RAER= 0.66 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.015, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0042+456', 'J0045+4555' RA= 00:45:00.034143 DEC= +45:55:15.27309 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.127, 0.065, 8.4, 0.138, 0.082 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 543 observations" / source= '0042+162', 'J0045+1630' RA= 00:45:08.444151 DEC= +16:30:55.81699 RAER= 1.64 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0042+381', 'J0045+3823' RA= 00:45:08.475439 DEC= +38:23:16.02400 RAER= 2.73 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0042-373', 'J0045-3705' RA= 00:45:12.066087 DEC= -37:05:48.46700 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.399, 0.235, 8.4, 0.292, 0.204 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 491 observations" / source= '0042-234', 'J0045-2310' RA= 00:45:19.200971 DEC= -23:10:02.77231 RAER= 0.48 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.018, 8.4, 0.040, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0042+211', 'J0045+2127' RA= 00:45:19.298234 DEC= +21:27:40.00030 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.038, 8.4, 0.045, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 538 observations" / source= '0043-392', 'J0045-3900' RA= 00:45:30.509052 DEC= -39:00:02.92940 RAER= 0.23 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.099, 8.4, 0.114, 0.081 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 234 observations" / source= '0043-230', 'J0045-2243' RA= 00:45:39.597404 DEC= -22:43:55.33930 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.062, 8.4, 0.082, 0.070 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 108 observations" / source= '0042+672', 'J0045+6733' RA= 00:45:41.205484 DEC= +67:33:21.18309 RAER= 1.35 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.022, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0042+535', 'J0045+5348' RA= 00:45:42.170300 DEC= +53:48:09.10366 RAER= 1.63 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.005, 8.4, 0.018, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0043-490', 'J0045-4846' RA= 00:45:42.436335 DEC= -48:46:38.60929 RAER= 3.32 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.077, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0043+120', 'J0045+1217' RA= 00:45:43.340533 DEC= +12:17:11.80554 RAER= 0.56 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.060, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0043+251', 'J0046+2525' RA= 00:46:02.232980 DEC= +25:25:55.04370 RAER= 0.28 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.036, 8.4, 0.066, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0043+246', 'J0046+2456' RA= 00:46:07.825745 DEC= +24:56:32.52433 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.186, 0.149, 8.4, 0.299, 0.207 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 477 observations" / source= '0043+044', 'J0046+0443' RA= 00:46:12.559103 DEC= +04:43:29.81131 RAER= 0.17 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.016, 8.4, 0.040, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 318 observations" / source= '0043-268', 'J0046-2631' RA= 00:46:13.776139 DEC= -26:31:54.45369 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, 0.098, 8.4, 0.125, 0.080 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 469 observations" / source= '0043+225', 'J0046+2249' RA= 00:46:20.272310 DEC= +22:49:43.36269 RAER= 0.55 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.022, 8.4, 0.020, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0043+071', 'J0046+0723' RA= 00:46:25.052467 DEC= +07:23:39.12571 RAER= 0.27 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.037, 8.4, 0.056, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 95 observations" / source= '0043+201', 'J0046+2028' RA= 00:46:29.327799 DEC= +20:28:04.74743 RAER= 0.49 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0044-066', 'J0046-0619' RA= 00:46:36.754372 DEC= -06:19:47.39616 RAER= 0.72 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.022, 8.4, 0.034, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0044+203', 'J0046+2035' RA= 00:46:39.655759 DEC= +20:35:41.42251 RAER= 0.57 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0043+621', 'J0046+6225' RA= 00:46:40.038332 DEC= +62:25:39.64758 RAER= 2.65 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0044+107', 'J0046+1102' RA= 00:46:41.430663 DEC= +11:02:52.60016 RAER= 17.95 DECER= 9.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0044-056', 'J0046-0522' RA= 00:46:44.508680 DEC= -05:22:00.49283 RAER= 4.72 DECER= 6.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0044+387', 'J0046+3900' RA= 00:46:47.578253 DEC= +39:00:47.14793 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.172, 8.4, 0.141, 0.109 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 783 observations" / source= '0043+680', 'J0046+6816' RA= 00:46:48.133945 DEC= +68:16:24.51958 RAER= 57.84 DECER= 23.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0044+239', 'J0046+2412' RA= 00:46:48.272223 DEC= +24:12:06.36788 RAER= 1.39 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0043+625', 'J0046+6246' RA= 00:46:55.226942 DEC= +62:46:57.35595 RAER= 1.53 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0044-178', 'J0047-1735' RA= 00:47:00.261275 DEC= -17:35:08.85764 RAER= 0.51 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.019, 8.4, 0.035, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0044+566', 'J0047+5657' RA= 00:47:00.428840 DEC= +56:57:42.39448 RAER= 0.19 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2119 observations" / source= '0044+030', 'J0047+0319' RA= 00:47:05.918731 DEC= +03:19:54.78572 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.043, 0.045, 8.4, 0.215, 0.189 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2738 observations" / source= '0044+124', 'J0047+1244' RA= 00:47:06.877380 DEC= +12:44:51.62388 RAER= 0.33 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.061, 8.4, 0.064, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0044-098', 'J0047-0932' RA= 00:47:08.547445 DEC= -09:32:10.08839 RAER= 0.57 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.038, 8.4, 0.063, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0044+200', 'J0047+2017' RA= 00:47:09.802126 DEC= +20:17:29.41511 RAER= 0.33 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.032, 8.4, 0.036, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0044+085', 'J0047+0847' RA= 00:47:15.180193 DEC= +08:47:34.80101 RAER= 0.20 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.020, 8.4, 0.037, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 232 observations" / source= '0044+168', 'J0047+1705' RA= 00:47:17.445167 DEC= +17:05:03.64801 RAER= 0.60 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.031, 8.4, 0.042, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0044+580', 'J0047+5819' RA= 00:47:19.482845 DEC= +58:19:13.38991 RAER= 1.91 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0044-138', 'J0047-1333' RA= 00:47:19.540852 DEC= -13:33:19.78258 RAER= 0.74 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.016, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0045-255', 'J0047-2517' RA= 00:47:33.199014 DEC= -25:17:17.55322 RAER= 9.20 DECER= 18.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.036, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0044+249', 'J0047+2512' RA= 00:47:34.156238 DEC= +25:12:52.38467 RAER= 3.91 DECER= 3.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0046-757', 'J0047-7530' RA= 00:47:40.812152 DEC= -75:30:11.36430 RAER= 0.92 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.136, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 86 observations" / source= '0045+243', 'J0047+2435' RA= 00:47:43.871366 DEC= +24:35:15.99380 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.110, 8.4, 0.186, 0.140 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 529 observations" / source= '0045-124', 'J0047-1210' RA= 00:47:44.349518 DEC= -12:10:27.95227 RAER= 16.11 DECER= 13.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0047-832', 'J0047-8256' RA= 00:47:51.476021 DEC= -82:56:49.39103 RAER= 4.43 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.083 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 80 observations" / source= '0044+545', 'J0047+5447' RA= 00:47:52.038579 DEC= +54:47:45.90619 RAER= 1.29 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.010, 8.4, 0.009, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 57 observations" / source= '0045-209', 'J0047-2037' RA= 00:47:52.967467 DEC= -20:37:54.90241 RAER= 2.25 DECER= 5.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.014, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0045+157', 'J0047+1601' RA= 00:47:54.045318 DEC= +16:01:27.71407 RAER= 0.61 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.029, 8.4, 0.029, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0045+395', 'J0047+3948' RA= 00:47:55.223766 DEC= +39:48:57.61355 RAER= 2.43 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.012, 8.4, 0.015, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0045+462', 'J0047+4634' RA= 00:47:55.931684 DEC= +46:34:08.81518 RAER= 0.98 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.018, 8.4, 0.040, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0045+481', 'J0048+4825' RA= 00:48:01.105645 DEC= +48:25:50.92390 RAER= 1.35 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.065, 8.4, 0.041, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0045+393', 'J0048+3937' RA= 00:48:02.055531 DEC= +39:37:26.76189 RAER= 0.37 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.027, 8.4, 0.045, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 120 observations" / source= '0045+223', 'J0048+2235' RA= 00:48:02.616638 DEC= +22:35:24.12047 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.101, 0.083, 8.4, 0.182, 0.152 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 356 observations" / source= '0045+514', 'J0048+5144' RA= 00:48:05.563798 DEC= +51:44:53.95548 RAER= 1.84 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.013, 8.4, 0.027, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0045-189', 'J0048-1838' RA= 00:48:07.543473 DEC= -18:38:42.63266 RAER= 15.84 DECER= 20.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0045-000', 'J0048+0014' RA= 00:48:19.121883 DEC= +00:14:57.13821 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.011, 8.4, 0.051, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 260 observations" / source= '0045-259', 'J0048-2540' RA= 00:48:20.345283 DEC= -25:40:19.20360 RAER= 0.61 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.029, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 97 observations" / source= '0045+608', 'J0048+6106' RA= 00:48:22.479745 DEC= +61:06:38.88979 RAER= 5.86 DECER= 7.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0045+079', 'J0048+0810' RA= 00:48:23.577641 DEC= +08:10:51.14408 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.007, 8.4, 0.024, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 269 observations" / source= '0046-189', 'J0048-1837' RA= 00:48:34.060663 DEC= -18:37:40.19439 RAER= 1.26 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.007, 8.4, 0.017, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0045+681', 'J0048+6826' RA= 00:48:35.980699 DEC= +68:26:27.10558 RAER= 2.10 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.124, 8.4, 0.085, 0.087 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0046-247', 'J0048-2426' RA= 00:48:36.980323 DEC= -24:26:53.57898 RAER= 0.23 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.046, 8.4, 0.046, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0046+119', 'J0048+1213' RA= 00:48:38.999472 DEC= +12:13:50.48609 RAER= 0.39 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.043, 8.4, 0.039, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0046-300', 'J0048-2947' RA= 00:48:39.410558 DEC= -29:47:18.02051 RAER= 19.67 DECER= 31.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0045+582', 'J0048+5831' RA= 00:48:44.978982 DEC= +58:31:15.73697 RAER= 1.38 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.016, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0046+183', 'J0048+1838' RA= 00:48:46.720084 DEC= +18:38:24.13258 RAER= 0.40 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.032, 8.4, 0.036, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a 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= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.193, 0.090, 8.4, 0.333, 0.219 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3990 observations" / source= '0045+621', 'J0048+6224' RA= 00:48:51.314669 DEC= +62:24:29.62380 RAER= 5.68 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '0046-228', 'J0048-2233' RA= 00:48:57.004207 DEC= -22:33:07.62399 RAER= 1.89 DECER= 5.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0046-067', 'J0048-0628' RA= 00:48:58.047704 DEC= -06:28:31.27041 RAER= 0.69 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.012, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0046+063', 'J0048+0640' RA= 00:48:58.723122 DEC= +06:40:06.47330 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.294, 0.166, 8.4, 0.127, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 563 observations" / source= '0046+226', 'J0049+2253' RA= 00:49:01.371078 DEC= +22:53:15.46727 RAER= 0.41 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.043, 8.4, 0.057, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0046-452', 'J0049-4457' RA= 00:49:16.624040 DEC= -44:57:11.16463 RAER= 1.52 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.283, 0.241 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0046-315', 'J0049-3116' RA= 00:49:22.900859 DEC= -31:16:27.32403 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, 0.125, 8.4, 0.107, 0.078 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 498 observations" / source= '0047-254', 'J0049-2509' RA= 00:49:33.742655 DEC= -25:09:34.33097 RAER= 2.86 DECER= 6.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0046+511', 'J0049+5128' RA= 00:49:37.991210 DEC= +51:28:13.69226 RAER= 0.17 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.207, 8.4, 0.253, 0.176 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1154 observations" / source= '0047-421', 'J0049-4151' RA= 00:49:38.946560 DEC= -41:51:37.51830 RAER= 21.70 DECER= 11.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0047+023', 'J0049+0237' RA= 00:49:43.235938 DEC= +02:37:03.77849 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5635 observations" / source= '0047-543', 'J0049-5402' RA= 00:49:48.862468 DEC= -54:02:43.59766 RAER= 0.84 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '0047+274', 'J0049+2744' RA= 00:49:50.888878 DEC= +27:44:59.21050 RAER= 0.58 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.023, 8.4, 0.044, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0047-103', 'J0049-1006' RA= 00:49:54.105851 DEC= -10:06:14.67185 RAER= 2.73 DECER= 6.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0047-579', 'J0049-5738' RA= 00:49:59.473019 DEC= -57:38:27.33995 RAER= 0.20 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.470, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 495 observations" / source= '0047-144', 'J0050-1412' RA= 00:50:07.361624 DEC= -14:12:16.61308 RAER= 1.05 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.021, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0047+326', 'J0050+3255' RA= 00:50:14.812527 DEC= +32:55:23.32480 RAER= 0.57 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.034, 8.4, 0.034, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0047-331', 'J0050-3252' RA= 00:50:15.695303 DEC= -32:52:44.75611 RAER= 0.65 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.044, 8.4, 0.052, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 116 observations" / source= '0047-051', 'J0050-0452' RA= 00:50:21.534790 DEC= -04:52:20.59510 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.247, 8.4, 0.344, 0.287 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 500 observations" / source= '0047-122', 'J0050-1201' RA= 00:50:25.577762 DEC= -12:01:10.42396 RAER= 0.36 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.030, 8.4, 0.047, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0048-309', 'J0050-3040' RA= 00:50:26.936894 DEC= -30:40:02.26355 RAER= 1.44 DECER= 5.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a, 8.4, 0.112, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0048+103', 'J0050+1036' RA= 00:50:40.775551 DEC= +10:36:01.06388 RAER= 0.88 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0048-259', 'J0050-2541' RA= 00:50:40.950024 DEC= -25:41:23.11531 RAER= 1.80 DECER= 6.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0048-097', 'J0050-0929' RA= 00:50:41.317382 DEC= -09:29:05.21035 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64482 observations" / source= '0048-123', 'J0050-1206' RA= 00:50:43.168644 DEC= -12:06:28.51123 RAER= 0.72 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0048-218', 'J0050-2135' RA= 00:50:46.498000 DEC= -21:35:13.73269 RAER= 0.63 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.016, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 116 observations" / source= '0048-447', 'J0050-4428' RA= 00:50:51.996055 DEC= -44:28:38.12492 RAER= 6.89 DECER= 22.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0048-233', 'J0050-2306' RA= 00:50:53.026303 DEC= -23:06:54.73411 RAER= 5.70 DECER= 17.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0048-071', 'J0051-0650' RA= 00:51:08.209822 DEC= -06:50:02.22942 RAER= 0.10 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1254 observations" / source= '0048-427', 'J0051-4226' RA= 00:51:09.501818 DEC= -42:26:33.29336 RAER= 0.14 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.718, 0.619, 8.4, 0.636, 0.437 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5716 observations" / source= '0048+643', 'J0051+6437' RA= 00:51:12.860903 DEC= +64:37:25.64906 RAER= 7.59 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '0049-629', 'J0051-6242' RA= 00:51:16.646335 DEC= -62:42:04.41085 RAER= 2.07 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations. No flux information" / source= '0048-126', 'J0051-1221' RA= 00:51:20.258748 DEC= -12:21:20.60432 RAER= 1.28 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0049-113', 'J0051-1103' RA= 00:51:34.843738 DEC= -11:03:38.58700 RAER= 0.65 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0048+447', 'J0051+4459' RA= 00:51:36.473744 DEC= +44:59:35.95848 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.363, 0.252, 8.4, 0.196, 0.084 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 505 observations" / source= '0049-111', 'J0051-1052' RA= 00:51:40.747362 DEC= -10:52:58.24559 RAER= 0.45 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.088, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0049+175', 'J0051+1747' RA= 00:51:47.155780 DEC= +17:47:10.87319 RAER= 2.11 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.006, 8.4, 0.064, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0049+510', 'J0051+5120' RA= 00:51:52.174084 DEC= +51:20:43.74403 RAER= 1.87 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.008, 8.4, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0049-336', 'J0051-3325' RA= 00:51:57.181411 DEC= -33:25:03.14486 RAER= 2.81 DECER= 6.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.021, 8.4, 0.024, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0049+041', 'J0051+0427' RA= 00:51:58.993546 DEC= +04:27:40.13262 RAER= 0.64 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.015, 8.4, 0.024, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0049-132', 'J0052-1301' RA= 00:52:02.502066 DEC= -13:01:18.86017 RAER= 6.83 DECER= 11.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0049+003', 'J0052+0035' RA= 00:52:05.569005 DEC= +00:35:38.14875 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.059, 8.4, 0.085, 0.084 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 614 observations" / source= '0049-165', 'J0052-1617' RA= 00:52:15.012708 DEC= -16:17:16.16686 RAER= 0.49 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.039, 8.4, 0.049, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0049+379', 'J0052+3815' RA= 00:52:16.954559 DEC= +38:15:29.59381 RAER= 1.51 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.007, 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0049-251', 'J0052-2454' RA= 00:52:17.371542 DEC= -24:54:51.39804 RAER= 0.99 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.030, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0049-180', 'J0052-1746' RA= 00:52:18.017271 DEC= -17:46:48.05738 RAER= 1.01 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0050-387', 'J0052-3829' RA= 00:52:22.847372 DEC= -38:29:50.30714 RAER= 0.83 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.049, 8.4, 0.068, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0049+463', 'J0052+4635' RA= 00:52:23.819337 DEC= +46:35:04.77476 RAER= 0.76 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.023, 8.4, 0.046, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 79 observations" / source= '0049+437', 'J0052+4402' RA= 00:52:27.825863 DEC= +44:02:54.51615 RAER= 0.16 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.092, 8.4, 0.243, 0.170 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 496 observations" / source= '0046+861', 'J0052+8627' RA= 00:52:32.856575 DEC= +86:27:44.25224 RAER= 1.87 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.191, 8.4, 0.177, 0.153 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1117 observations" / source= '0049+290', 'J0052+2921' RA= 00:52:34.448592 DEC= +29:21:03.87980 RAER= 0.21 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.113, 8.4, 0.090, 0.081 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0049+162', 'J0052+1633' RA= 00:52:36.164407 DEC= +16:33:00.44225 RAER= 0.15 DECER= 0.21 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 287 observations" / source= '0050-222', 'J0052-2155' RA= 00:52:42.839286 DEC= -21:55:46.64703 RAER= 1.98 DECER= 5.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.012, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0049+470', 'J0052+4721' RA= 00:52:44.206457 DEC= +47:21:58.70966 RAER= 0.62 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.021, 8.4, 0.030, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0050+135', 'J0052+1349' RA= 00:52:46.003160 DEC= +13:49:47.01984 RAER= 0.69 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.023, 8.4, 0.023, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0050-287', 'J0052-2825' RA= 00:52:52.556385 DEC= -28:25:54.18488 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.193, 8.4, 0.158, 0.084 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 667 observations" / source= '0050+153', 'J0052+1538' RA= 00:52:52.560721 DEC= +15:38:23.73810 RAER= 0.74 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.023, 8.4, 0.034, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0049+567', 'J0052+5703' RA= 00:52:54.303738 DEC= +57:03:31.45257 RAER= 2.54 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0050+548', 'J0053+5504' RA= 00:53:07.847107 DEC= +55:04:57.95350 RAER= 4.36 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations. No flux information" / source= '0050+470', 'J0053+4720' RA= 00:53:21.409490 DEC= +47:20:56.85940 RAER= 0.85 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.014, 8.4, 0.018, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0049+737', 'J0053+7402' RA= 00:53:25.323086 DEC= +74:02:53.02098 RAER= 12.21 DECER= 4.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0051-218', 'J0053-2136' RA= 00:53:31.756413 DEC= -21:36:27.72628 RAER= 0.87 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.023, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0051-077', 'J0053-0727' RA= 00:53:36.515706 DEC= -07:27:29.62157 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.198, 0.093, 8.4, 0.138, 0.079 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 563 observations" / source= '0050+341', 'J0053+3423' RA= 00:53:40.827037 DEC= +34:23:28.52496 RAER= 0.68 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.007, 8.4, 0.018, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0051+291', 'J0053+2925' RA= 00:53:44.323488 DEC= +29:25:07.10002 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.080, 8.4, 0.306, 0.167 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 683 observations" / source= '0051+345', 'J0053+3450' RA= 00:53:53.255979 DEC= +34:50:58.10245 RAER= 0.53 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.075, 8.4, 0.078, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0051-308', 'J0053-3035' RA= 00:53:55.120702 DEC= -30:35:58.37915 RAER= 0.53 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.028, 8.4, 0.036, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 62 observations" / source= '0052-758', 'J0054-7534' RA= 00:54:05.813175 DEC= -75:34:03.63105 RAER= 0.76 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.089, 0.081 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 98 observations" / source= '0051+384', 'J0054+3842' RA= 00:54:13.756233 DEC= +38:42:14.28208 RAER= 0.62 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.034, 8.4, 0.062, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0051+679', 'J0054+6811' RA= 00:54:17.621740 DEC= +68:11:11.17595 RAER= 0.30 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 661 observations" / source= '0051+706', 'J0054+7053' RA= 00:54:17.685047 DEC= +70:53:56.61802 RAER= 0.36 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.171, 8.4, 0.262, 0.203 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 680 observations" / source= '0051+153', 'J0054+1534' RA= 00:54:21.755410 DEC= +15:34:27.28471 RAER= 1.66 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.140, n/a, 8.4, 0.121, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0051+336', 'J0054+3353' RA= 00:54:23.126188 DEC= +33:53:34.87548 RAER= 0.46 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.026, 8.4, 0.032, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0052-346', 'J0054-3419' RA= 00:54:27.907884 DEC= -34:19:49.36004 RAER= 4.60 DECER= 13.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.086, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0052-241', 'J0054-2351' RA= 00:54:29.836752 DEC= -23:51:32.45620 RAER= 8.24 DECER= 16.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0052-201', 'J0054-1953' RA= 00:54:32.948470 DEC= -19:53:01.00219 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.076, 8.4, 0.166, 0.094 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 624 observations" / source= '0051+491', 'J0054+4922' RA= 00:54:34.336511 DEC= +49:22:22.30542 RAER= 1.21 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.008, 8.4, 0.012, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0051+255', 'J0054+2550' RA= 00:54:36.085312 DEC= +25:50:04.32688 RAER= 0.35 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.094, 8.4, 0.100, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0052+298', 'J0054+3006' RA= 00:54:45.885786 DEC= +30:06:58.34413 RAER= 1.01 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.125, 0.021, 8.4, 0.061, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0052-251', 'J0054-2455' RA= 00:54:46.759423 DEC= -24:55:29.21963 RAER= 0.77 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 98 observations" / source= '0052-372', 'J0054-3701' RA= 00:54:46.920021 DEC= -37:01:43.99677 RAER= 1.21 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.021, 8.4, 0.018, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0052+406', 'J0054+4055' RA= 00:54:48.706864 DEC= +40:55:39.37046 RAER= 0.73 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.025, 8.4, 0.025, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0052-048', 'J0054-0437' RA= 00:54:52.622706 DEC= -04:37:03.30913 RAER= 0.37 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0052+328', 'J0054+3310' RA= 00:54:59.696318 DEC= +33:10:07.72041 RAER= 0.78 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.024, 8.4, 0.027, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0052+358', 'J0055+3608' RA= 00:55:02.009807 DEC= +36:08:57.37205 RAER= 0.87 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.014, 8.4, 0.013, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0052+138', 'J0055+1408' RA= 00:55:03.522659 DEC= +14:08:06.53919 RAER= 0.24 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.071, 8.4, 0.080, 0.056 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0052+604', 'J0055+6043' RA= 00:55:05.967795 DEC= +60:43:19.54570 RAER= 0.56 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.010, 8.4, 0.057, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0052+076', 'J0055+0755' RA= 00:55:06.795282 DEC= +07:55:25.37522 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.088, 8.4, 0.073, 0.070 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 281 observations" / source= '0052+020', 'J0055+0218' RA= 00:55:08.968514 DEC= +02:18:53.58219 RAER= 0.50 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.021, 8.4, 0.019, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0052-416', 'J0055-4125' RA= 00:55:09.769645 DEC= -41:25:02.63568 RAER= 0.44 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.129, 0.134 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0052-160', 'J0055-1543' RA= 00:55:11.277136 DEC= -15:43:48.25459 RAER= 0.97 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.011, 8.4, 0.021, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0052-125', 'J0055-1217' RA= 00:55:11.782584 DEC= -12:17:57.09756 RAER= 0.11 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 522 observations" / source= '0052+044', 'J0055+0444' RA= 00:55:18.230256 DEC= +04:44:08.48324 RAER= 0.20 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.037, 8.4, 0.041, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 249 observations" / source= '0052+246', 'J0055+2457' RA= 00:55:19.332464 DEC= +24:57:00.39285 RAER= 1.04 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.011, 8.4, 0.017, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0053-220', 'J0055-2148' RA= 00:55:33.937856 DEC= -21:48:23.13452 RAER= 1.94 DECER= 5.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0053+286', 'J0055+2855' RA= 00:55:44.006604 DEC= +28:55:03.26431 RAER= 0.52 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.037, 8.4, 0.065, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0053-376', 'J0055-3724' RA= 00:55:46.559570 DEC= -37:24:27.55555 RAER= 2.92 DECER= 5.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0053-130', 'J0055-1245' RA= 00:55:49.433253 DEC= -12:45:10.71314 RAER= 2.13 DECER= 4.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.064, 0.047, 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 65 observations" / source= '0052+681', 'J0056+6822' RA= 00:56:01.122375 DEC= +68:22:30.13916 RAER= 7.28 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0053+473', 'J0056+4734' RA= 00:56:09.813434 DEC= +47:34:39.80685 RAER= 1.77 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.019, 8.4, 0.031, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0054-713', 'J0056-7107' RA= 00:56:11.323618 DEC= -71:07:07.47307 RAER= 10.72 DECER= 4.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0053+134', 'J0056+1341' RA= 00:56:14.816008 DEC= +13:41:15.75499 RAER= 0.20 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.044, 8.4, 0.053, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 97 observations" / source= '0053+276', 'J0056+2753' RA= 00:56:17.729931 DEC= +27:53:49.76759 RAER= 1.02 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.013, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0053-098', 'J0056-0936' RA= 00:56:20.080509 DEC= -09:36:29.85245 RAER= 0.31 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0053-399', 'J0056-3941' RA= 00:56:20.114380 DEC= -39:41:44.40655 RAER= 0.82 DECER= 4.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0054-535', 'J0056-5318' RA= 00:56:21.302800 DEC= -53:18:47.24602 RAER= 3.89 DECER= 3.68 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations. No flux information" / source= '0053+314', 'J0056+3142' RA= 00:56:22.612297 DEC= +31:42:09.20300 RAER= 0.41 DECER= 0.51 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 131 observations" / source= '0053-015', 'J0056-0115' RA= 00:56:25.590280 DEC= -01:15:44.93398 RAER= 0.33 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.018, 8.4, 0.023, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 117 observations" / source= '0054-277', 'J0056-2729' RA= 00:56:30.093339 DEC= -27:29:49.97470 RAER= 10.00 DECER= 19.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0054-215', 'J0056-2117' RA= 00:56:32.275518 DEC= -21:17:08.12304 RAER= 0.57 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.066, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 126 observations" / source= '0053+480', 'J0056+4819' RA= 00:56:33.343259 DEC= +48:19:04.83727 RAER= 1.04 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.019, 8.4, 0.026, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0054-451', 'J0056-4451' RA= 00:56:45.853068 DEC= -44:51:02.14202 RAER= 1.81 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.147, 0.131 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0054-157', 'J0056-1527' RA= 00:56:48.641893 DEC= -15:27:20.16435 RAER= 1.40 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0054+128', 'J0056+1307' RA= 00:56:53.818309 DEC= +13:07:10.30468 RAER= 0.60 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.027, 8.4, 0.033, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0054+262', 'J0056+2631' RA= 00:56:55.104028 DEC= +26:31:24.72245 RAER= 0.45 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, 0.050, 8.4, 0.046, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 80 observations" / source= '0054+161', 'J0056+1625' RA= 00:56:55.294328 DEC= +16:25:13.34091 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.154, 8.4, 0.210, 0.217 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9464 observations" / source= '0054-011', 'J0057-0052' RA= 00:57:02.055632 DEC= -00:52:30.63419 RAER= 0.45 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0054+407', 'J0057+4059' RA= 00:57:04.235027 DEC= +40:59:55.50679 RAER= 0.73 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.032, 8.4, 0.028, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0055-709', 'J0057-7040' RA= 00:57:15.665423 DEC= -70:40:46.28777 RAER= 5.38 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.051, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0054-006', 'J0057-0024' RA= 00:57:17.002212 DEC= -00:24:33.17728 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.139, 0.115, 8.4, 0.181, 0.149 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 853 observations" / source= '0054+078', 'J0057+0805' RA= 00:57:18.766408 DEC= +08:05:36.91471 RAER= 0.24 DECER= 0.36 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 483 observations" / source= '0054-224', 'J0057-2212' RA= 00:57:19.733187 DEC= -22:12:37.00737 RAER= 0.54 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.094, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0054+281', 'J0057+2825' RA= 00:57:21.005225 DEC= +28:25:57.37587 RAER= 0.59 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.069, 8.4, 0.060, 0.061 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0054+459', 'J0057+4612' RA= 00:57:29.842910 DEC= +46:12:32.41048 RAER= 1.51 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.043, 8.4, 0.053, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0054+220', 'J0057+2218' RA= 00:57:33.319665 DEC= +22:18:41.22766 RAER= 0.46 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.037, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0055-016', 'J0057-0123' RA= 00:57:34.904599 DEC= -01:23:27.55083 RAER= 0.12 DECER= 0.19 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 667 observations" / source= '0055+040', 'J0057+0418' RA= 00:57:41.186645 DEC= +04:18:22.75725 RAER= 0.26 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.023, 8.4, 0.029, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 251 observations" / source= '0055+015', 'J0057+0150' RA= 00:57:41.394384 DEC= +01:50:32.63194 RAER= 2.01 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.006, 8.4, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0055-101', 'J0057-0954' RA= 00:57:41.927230 DEC= -09:54:22.56507 RAER= 0.60 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.021, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0055+098', 'J0057+1006' RA= 00:57:47.700462 DEC= +10:06:39.14006 RAER= 0.67 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.013, 8.4, 0.014, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0055+300', 'J0057+3021' RA= 00:57:48.883336 DEC= +30:21:08.81201 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1625 observations" / source= '0055-328', 'J0058-3234' RA= 00:58:02.230314 DEC= -32:34:20.75035 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.129, 0.091, 8.4, 0.135, 0.085 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 376 observations" / source= '0055+047', 'J0058+0458' RA= 00:58:02.943736 DEC= +04:58:38.16999 RAER= 1.17 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0055-059', 'J0058-0539' RA= 00:58:05.066310 DEC= -05:39:52.27813 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7578 observations" / source= '0055+555', 'J0058+5548' RA= 00:58:15.560325 DEC= +55:48:30.91619 RAER= 3.24 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations. No flux information" / source= '0055+319', 'J0058+3211' RA= 00:58:15.609313 DEC= +32:11:19.68412 RAER= 0.47 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.051, 8.4, 0.063, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0055-340', 'J0058-3347' RA= 00:58:15.641817 DEC= -33:47:57.49459 RAER= 0.16 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.084, 8.4, 0.120, 0.089 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 358 observations" / source= '0055+462', 'J0058+4630' RA= 00:58:15.874872 DEC= +46:30:56.65224 RAER= 0.50 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.023, 8.4, 0.040, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0055-32A', 'J0058-3236' RA= 00:58:16.502564 DEC= -32:36:45.20993 RAER= 1.64 DECER= 5.49 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '0055+193', 'J0058+1937' RA= 00:58:22.083431 DEC= +19:37:02.29398 RAER= 0.38 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.057, 8.4, 0.066, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0055+265', 'J0058+2651' RA= 00:58:22.630003 DEC= +26:51:58.68912 RAER= 0.88 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0055+032', 'J0058+0329' RA= 00:58:26.622033 DEC= +03:29:09.63368 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.043, 8.4, 0.054, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 279 observations" / source= '0055+329', 'J0058+3311' RA= 00:58:32.069011 DEC= +33:11:17.21442 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.132, 8.4, 0.127, 0.093 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 988 observations" / source= '0055+387', 'J0058+3902' RA= 00:58:32.339787 DEC= +39:02:08.55655 RAER= 0.62 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.022, 8.4, 0.034, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0056-119', 'J0058-1140' RA= 00:58:32.373871 DEC= -11:40:50.52372 RAER= 0.61 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.013, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0055+060', 'J0058+0620' RA= 00:58:33.804572 DEC= +06:20:06.07349 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2463 observations" / source= '0056-187', 'J0058-1829' RA= 00:58:37.266077 DEC= -18:29:37.05103 RAER= 0.30 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.048, 8.4, 0.040, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 286 observations" / source= '0056-572', 'J0058-5659' RA= 00:58:46.581159 DEC= -56:59:11.47031 RAER= 0.21 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.961, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 466 observations" / source= '0056-525', 'J0058-5219' RA= 00:58:55.899813 DEC= -52:19:27.83255 RAER= 1.83 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.132, 0.144 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0056-193', 'J0058-1903' RA= 00:58:59.215402 DEC= -19:03:54.58161 RAER= 0.72 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0056-001', 'J0059+0006' RA= 00:59:05.514922 DEC= +00:06:51.62069 RAER= 0.11 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 850 observations" / source= '0056-021', 'J0059-0150' RA= 00:59:16.927667 DEC= -01:50:17.66417 RAER= 0.82 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 75 observations" / source= '0056+267', 'J0059+2703' RA= 00:59:24.423778 DEC= +27:03:32.62601 RAER= 0.70 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 106 observations" / source= '0056+037', 'J0059+0403' RA= 00:59:25.327727 DEC= +04:03:02.24442 RAER= 1.00 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.013, 8.4, 0.021, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0056-010', 'J0059-0046' RA= 00:59:30.089860 DEC= -00:46:11.64344 RAER= 9.72 DECER= 8.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0057-354', 'J0059-3510' RA= 00:59:31.474080 DEC= -35:10:49.21123 RAER= 3.93 DECER= 9.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.022, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0056+120', 'J0059+1220' RA= 00:59:35.943695 DEC= +12:20:54.84137 RAER= 0.45 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.018, 8.4, 0.031, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0057+185', 'J0059+1848' RA= 00:59:45.011840 DEC= +18:48:46.94946 RAER= 0.57 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0057-321', 'J0059-3152' RA= 00:59:52.062670 DEC= -31:52:19.42994 RAER= 1.55 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.013, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0056+579', 'J0059+5812' RA= 00:59:52.208995 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2069 observations" / source= '0057+110', 'J0059+1121' RA= 00:59:59.232617 DEC= +11:21:41.73756 RAER= 0.40 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.024, 8.4, 0.034, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0057+508', 'J0059+5107' RA= 00:59:59.415666 DEC= +51:07:31.17942 RAER= 1.17 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.041, 8.4, 0.028, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0057+040', 'J0100+0416' RA= 01:00:00.604913 DEC= +04:16:46.29456 RAER= 0.41 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.024, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0056+665', 'J0100+6650' RA= 01:00:03.928641 DEC= +66:50:57.21243 RAER= 29.95 DECER= 8.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.066, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0057+028', 'J0100+0305' RA= 01:00:09.143848 DEC= +03:05:12.32963 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.036, 8.4, 0.048, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 298 observations" / source= '0057-338', 'J0100-3337' RA= 01:00:09.390973 DEC= -33:37:31.93840 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.129, 8.4, 0.097, 0.076 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 340 observations" / source= '0057+482', 'J0100+4834' RA= 01:00:11.482243 DEC= +48:34:02.86186 RAER= 4.25 DECER= 9.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0057-274', 'J0100-2708' RA= 01:00:12.314155 DEC= -27:08:53.08715 RAER= 0.69 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.031, 8.4, 0.064, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0057+200', 'J0100+2017' RA= 01:00:15.032874 DEC= +20:17:10.00015 RAER= 0.56 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.041, 8.4, 0.047, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0057-155', 'J0100-1517' RA= 01:00:15.855988 DEC= -15:17:57.62831 RAER= 1.66 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.009, 8.4, 0.021, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0057+308', 'J0100+3107' RA= 01:00:18.678002 DEC= +31:07:58.29502 RAER= 0.65 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.012, 8.4, 0.020, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0057+074', 'J0100+0745' RA= 01:00:20.786393 DEC= +07:45:51.40780 RAER= 0.25 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.078, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 135 observations" / source= '0057+282', 'J0100+2830' RA= 01:00:22.330072 DEC= +28:30:37.60649 RAER= 0.49 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.030, 8.4, 0.043, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0057+000', 'J0100+0022' RA= 01:00:33.502429 DEC= +00:22:00.18671 RAER= 0.76 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.014, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0057+334', 'J0100+3345' RA= 01:00:38.290718 DEC= +33:45:06.12181 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.154, 8.4, 0.136, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 827 observations" / source= '0058-508', 'J0100-5032' RA= 01:00:47.909496 DEC= -50:32:54.87712 RAER= 7.05 DECER= 5.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.011, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0057+483', 'J0100+4836' RA= 01:00:50.633493 DEC= +48:36:07.18297 RAER= 1.89 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.026, 8.4, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0057+678', 'J0100+6808' RA= 01:00:51.663956 DEC= +68:08:20.53086 RAER= 0.29 DECER= 0.11 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1918 observations" / source= '0058+197', 'J0100+1958' RA= 01:00:54.456954 DEC= +19:58:31.97389 RAER= 0.41 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.041, 8.4, 0.066, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0058-011', 'J0100-0055' RA= 01:00:58.188503 DEC= -00:55:47.80728 RAER= 0.49 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.020, 8.4, 0.017, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0058-340', 'J0101-3347' RA= 01:01:05.091276 DEC= -33:47:33.22255 RAER= 2.66 DECER= 7.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, n/a, 8.4, 0.082, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0058+110', 'J0101+1121' RA= 01:01:05.702827 DEC= +11:21:19.58244 RAER= 1.11 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0058+203', 'J0101+2037' RA= 01:01:07.136038 DEC= +20:37:14.21644 RAER= 2.00 DECER= 2.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.007, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0058+512', 'J0101+5128' RA= 01:01:12.157146 DEC= +51:28:40.72417 RAER= 1.77 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0058+058', 'J0101+0605' RA= 01:01:14.670166 DEC= +06:05:44.50407 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.079, 0.046, 8.4, 0.050, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 654 observations" / source= '0059-628', 'J0101-6233' RA= 01:01:14.970012 DEC= -62:33:06.33662 RAER= 3.29 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.138, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0058+498', 'J0101+5004' RA= 01:01:16.997551 DEC= +50:04:44.98990 RAER= 0.27 DECER= 0.22 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 575 observations" / source= '0058+153', 'J0101+1538' RA= 01:01:36.082683 DEC= +15:38:38.16648 RAER= 0.46 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.050, 8.4, 0.051, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0059-031', 'J0101-0252' RA= 01:01:49.963318 DEC= -02:52:31.59033 RAER= 0.25 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.020, 8.4, 0.026, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 180 observations" / source= '0059-070', 'J0101-0647' RA= 01:01:50.760705 DEC= -06:47:58.92583 RAER= 0.32 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.018, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 162 observations" / source= '0059-287', 'J0101-2831' RA= 01:01:52.389719 DEC= -28:31:20.42538 RAER= 0.29 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.471, 0.085, 8.4, 0.104, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 337 observations" / source= '0059+163', 'J0101+1639' RA= 01:01:57.719548 DEC= +16:39:40.95355 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.228, 0.110, 8.4, 0.122, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 798 observations" / source= '0059-197', 'J0102-1927' RA= 01:02:03.783773 DEC= -19:27:02.92290 RAER= 1.40 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0059-000', 'J0102+0011' RA= 01:02:05.898393 DEC= +00:11:57.00093 RAER= 0.36 DECER= 0.68 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 159 observations" / source= '0059+560', 'J0102+5617' RA= 01:02:09.208167 DEC= +56:17:56.72274 RAER= 0.91 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.008, 8.4, 0.009, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 91 observations" / source= '0100-568', 'J0102-5637' RA= 01:02:10.453247 DEC= -56:37:04.47954 RAER= 2.00 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.141, 0.138 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0059+475', 'J0102+4748' RA= 01:02:10.844319 DEC= +47:48:56.10468 RAER= 0.71 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.022, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0101-804', 'J0102-8012' RA= 01:02:14.911820 DEC= -80:12:39.43084 RAER= 0.91 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.183, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 101 observations" / source= '0059+094', 'J0102+0944' RA= 01:02:17.112316 DEC= +09:44:09.58704 RAER= 0.25 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.021, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 183 observations" / source= '0100-760', 'J0102-7546' RA= 01:02:18.660142 DEC= -75:46:51.73051 RAER= 0.51 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.326, 0.367 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 262 observations" / source= '0059-117', 'J0102-1130' RA= 01:02:20.910302 DEC= -11:30:41.61687 RAER= 0.60 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0059+419', 'J0102+4214' RA= 01:02:27.150006 DEC= +42:14:18.99417 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.149, 0.132 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 769 observations" / source= '0059-048', 'J0102-0435' RA= 01:02:27.453089 DEC= -04:35:56.22902 RAER= 0.75 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.017, 8.4, 0.036, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 63 observations" / source= '0100+040', 'J0102+0421' RA= 01:02:37.340338 DEC= +04:21:00.28230 RAER= 0.20 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.029, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 182 observations" / source= '0059+581', 'J0102+5824' RA= 01:02:45.762376 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 700406 observations" / source= '0100+146', 'J0102+1452' RA= 01:02:48.224182 DEC= +14:52:40.87549 RAER= 0.59 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0100+256', 'J0102+2552' RA= 01:02:50.225824 DEC= +25:52:15.35121 RAER= 16.90 DECER= 29.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0100-203', 'J0102-2001' RA= 01:02:50.961205 DEC= -20:01:58.33624 RAER= 1.15 DECER= 3.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.009, 8.4, 0.014, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0100+099', 'J0102+1012' RA= 01:02:54.550596 DEC= +10:12:55.04468 RAER= 0.41 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.019, 8.4, 0.022, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 47 observations" / source= '0100-270', 'J0102-2646' RA= 01:02:56.353913 DEC= -26:46:36.51583 RAER= 0.18 DECER= 0.30 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 471 observations" / source= '0100+182', 'J0103+1831' RA= 01:03:04.256076 DEC= +18:31:36.93559 RAER= 0.68 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.022, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0100-346', 'J0103-3424' RA= 01:03:06.362729 DEC= -34:24:28.91517 RAER= 1.06 DECER= 3.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0100+532', 'J0103+5333' RA= 01:03:11.001438 DEC= +53:33:00.25945 RAER= 9.94 DECER= 10.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0100+012', 'J0103+0133' RA= 01:03:13.563774 DEC= +01:33:06.22186 RAER= 7.46 DECER= 6.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0100+497', 'J0103+4959' RA= 01:03:15.690311 DEC= +49:59:28.44154 RAER= 0.26 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.069, 8.4, 0.066, 0.058 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0100+467', 'J0103+4658' RA= 01:03:16.143403 DEC= +46:58:20.52348 RAER= 2.22 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.005, 8.4, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0100+130', 'J0103+1319' RA= 01:03:21.026090 DEC= +13:19:35.03049 RAER= 0.43 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.016, 8.4, 0.028, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0100+533', 'J0103+5337' RA= 01:03:25.957983 DEC= +53:37:13.27922 RAER= 0.93 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.031, 8.4, 0.032, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0100+151', 'J0103+1526' RA= 01:03:26.001704 DEC= +15:26:24.66519 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.083, 8.4, 0.110, 0.082 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 282 observations" / source= '0101-460', 'J0103-4549' RA= 01:03:26.231745 DEC= -45:49:01.38091 RAER= 1.85 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.070 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0100+431', 'J0103+4322' RA= 01:03:28.802239 DEC= +43:22:59.54676 RAER= 1.80 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.031, 8.4, 0.037, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0100+050', 'J0103+0521' RA= 01:03:29.039895 DEC= +05:21:31.56224 RAER= 11.45 DECER= 15.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0101-323', 'J0103-3202' RA= 01:03:29.313831 DEC= -32:02:01.75472 RAER= 1.46 DECER= 6.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0100+067', 'J0103+0659' RA= 01:03:31.757629 DEC= +06:59:21.22285 RAER= 0.23 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.236, 0.092, 8.4, 0.070, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 185 observations" / source= '0101-074', 'J0103-0713' RA= 01:03:33.488971 DEC= -07:13:07.93988 RAER= 0.44 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.021, 8.4, 0.047, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0101-649', 'J0103-6439' RA= 01:03:33.743025 DEC= -64:39:07.68425 RAER= 3.15 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.123, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0101-275', 'J0103-2715' RA= 01:03:35.555246 DEC= -27:15:10.95051 RAER= 11.57 DECER= 17.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0100+423', 'J0103+4239' RA= 01:03:40.052454 DEC= +42:39:35.62370 RAER= 0.64 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.027, 8.4, 0.041, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0101-126', 'J0103-1222' RA= 01:03:45.208949 DEC= -12:22:44.13472 RAER= 0.28 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.044, 8.4, 0.046, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 355 observations" / source= '0101+131', 'J0103+1323' RA= 01:03:45.741030 DEC= +13:23:45.25780 RAER= 0.32 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 136 observations" / source= '0101+295', 'J0104+2949' RA= 01:04:08.322474 DEC= +29:49:05.70554 RAER= 0.29 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.061, 8.4, 0.098, 0.083 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0101-220', 'J0104-2144' RA= 01:04:09.552461 DEC= -21:44:20.96892 RAER= 9.97 DECER= 10.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0101+113', 'J0104+1134' RA= 01:04:10.620794 DEC= +11:34:16.30058 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.038, 8.4, 0.109, 0.099 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 671 observations" / source= '0101+019', 'J0104+0212' RA= 01:04:24.988797 DEC= +02:12:05.41005 RAER= 0.53 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.042, 8.4, 0.029, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0101-081', 'J0104-0754' RA= 01:04:25.820422 DEC= -07:54:48.17766 RAER= 0.45 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.019, 8.4, 0.035, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0102-335', 'J0104-3314' RA= 01:04:39.584583 DEC= -33:14:52.20836 RAER= 15.72 DECER= 25.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0102-256', 'J0104-2520' RA= 01:04:52.302451 DEC= -25:20:53.59913 RAER= 7.89 DECER= 8.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0102-122', 'J0104-1156' RA= 01:04:53.123424 DEC= -11:56:03.21647 RAER= 0.55 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0102-024', 'J0104-0213' RA= 01:04:57.983858 DEC= -02:13:37.71980 RAER= 0.63 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.022, 8.4, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0102-245', 'J0104-2416' RA= 01:04:58.205372 DEC= -24:16:28.44604 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.252, 0.222, 8.4, 0.188, 0.159 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 551 observations" / source= '0102+392', 'J0105+3928' RA= 01:05:09.195767 DEC= +39:28:15.32299 RAER= 0.33 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.113 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 168 observations" / source= '0102-207', 'J0105-2031' RA= 01:05:24.254786 DEC= -20:31:46.38150 RAER= 0.46 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.040, 8.4, 0.041, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0102-187', 'J0105-1828' RA= 01:05:27.077159 DEC= -18:28:46.11885 RAER= 0.99 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.033, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0102+511', 'J0105+5125' RA= 01:05:29.558507 DEC= +51:25:46.58039 RAER= 0.23 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.446, 0.195, 8.4, 0.122, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 557 observations" / source= '0102+136', 'J0105+1355' RA= 01:05:32.244329 DEC= +13:55:21.89785 RAER= 3.72 DECER= 4.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0103-342', 'J0105-3401' RA= 01:05:41.019774 DEC= -34:01:28.41008 RAER= 1.81 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.106, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0102+480', 'J0105+4819' RA= 01:05:49.928152 DEC= +48:19:03.19299 RAER= 0.16 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 535 observations" / source= '0103-187', 'J0105-1829' RA= 01:05:50.731776 DEC= -18:29:21.30552 RAER= 0.88 DECER= 2.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.019, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0103+156', 'J0105+1553' RA= 01:05:51.042772 DEC= +15:53:41.21422 RAER= 0.29 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.330, 0.048, 8.4, 0.205, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0103+189', 'J0105+1912' RA= 01:05:55.241009 DEC= +19:12:28.06268 RAER= 0.47 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.039, 8.4, 0.064, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0103+057', 'J0105+0600' RA= 01:05:59.170058 DEC= +06:00:59.31661 RAER= 0.11 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 717 observations" / source= '0103+337', 'J0106+3402' RA= 01:06:00.293297 DEC= +34:02:02.98602 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.096, 8.4, 0.118, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 566 observations" / source= '0103+510', 'J0106+5118' RA= 01:06:07.679950 DEC= +51:18:22.58182 RAER= 0.65 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.033, 8.4, 0.042, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0103-119', 'J0106-1142' RA= 01:06:07.988220 DEC= -11:42:46.50674 RAER= 7.99 DECER= 11.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0103+253', 'J0106+2539' RA= 01:06:10.968976 DEC= +25:39:30.49577 RAER= 0.14 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 637 observations" / source= '0103+656', 'J0106+6553' RA= 01:06:18.198324 DEC= +65:53:18.99999 RAER= 7.03 DECER= 3.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0103-021', 'J0106-0155' RA= 01:06:22.994279 DEC= -01:55:38.41534 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.538, 0.132, 8.4, 0.227, 0.062 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 542 observations" / source= '0104-275', 'J0106-2718' RA= 01:06:26.082043 DEC= -27:18:11.82519 RAER= 0.12 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 973 observations" / source= '0103+631', 'J0106+6326' RA= 01:06:29.999863 DEC= +63:26:04.24220 RAER= 5.55 DECER= 2.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0103+127', 'J0106+1300' RA= 01:06:33.356482 DEC= +13:00:02.60457 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.107, 8.4, 0.140, 0.109 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 927 observations" / source= '0104-266', 'J0106-2622' RA= 01:06:33.824625 DEC= -26:22:55.56499 RAER= 0.45 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.048, 8.4, 0.074, 0.055 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0104-035', 'J0106-0315' RA= 01:06:43.228698 DEC= -03:15:36.29508 RAER= 0.11 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 623 observations" / source= '0104-108', 'J0106-1034' RA= 01:06:44.158321 DEC= -10:34:10.58852 RAER= 0.43 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.028, 8.4, 0.039, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0104-408', 'J0106-4034' RA= 01:06:45.107965 DEC= -40:34:19.96037 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 50625 observations" / source= '0104-242', 'J0106-2358' RA= 01:06:45.665383 DEC= -23:58:05.61439 RAER= 0.45 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.085, 8.4, 0.095, 0.063 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0104+231', 'J0106+2325' RA= 01:06:46.996108 DEC= +23:25:09.91433 RAER= 0.30 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.199, 0.028, 8.4, 0.149, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 119 observations" / source= '0104+195', 'J0106+1951' RA= 01:06:52.631237 DEC= +19:51:02.56184 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.125, 0.117, 8.4, 0.141, 0.124 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 481 observations" / source= '0104-487', 'J0106-4831' RA= 01:06:55.668929 DEC= -48:31:29.30729 RAER= 0.56 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.277, 0.149 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0104-004', 'J0107-0012' RA= 01:07:05.122590 DEC= -00:12:43.10186 RAER= 1.07 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0104-124', 'J0107-1211' RA= 01:07:11.784879 DEC= -12:11:23.43751 RAER= 0.27 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.024, 8.4, 0.030, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0104+119', 'J0107+1212' RA= 01:07:22.236258 DEC= +12:12:53.86832 RAER= 1.48 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0104+321', 'J0107+3224' RA= 01:07:24.964696 DEC= +32:24:45.12167 RAER= 0.25 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.021, 8.4, 0.069, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 195 observations" / source= '0104-070', 'J0107-0648' RA= 01:07:26.025333 DEC= -06:48:41.70875 RAER= 1.12 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.021, 8.4, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0104+032', 'J0107+0333' RA= 01:07:28.571094 DEC= +03:33:48.60239 RAER= 0.53 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.022, 8.4, 0.038, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0104+465', 'J0107+4648' RA= 01:07:44.577812 DEC= +46:48:30.05034 RAER= 0.57 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.037, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0105+257', 'J0107+2558' RA= 01:07:44.922772 DEC= +25:58:43.97644 RAER= 0.23 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.071, 8.4, 0.113, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0104+355', 'J0107+3548' RA= 01:07:45.850542 DEC= +35:48:10.81107 RAER= 0.59 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.068, 8.4, 0.064, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0105+129', 'J0107+1312' RA= 01:07:45.961882 DEC= +13:12:05.19150 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.149, 8.4, 0.193, 0.095 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 635 observations" / source= '0105-250', 'J0107-2448' RA= 01:07:46.535574 DEC= -24:48:53.45358 RAER= 1.04 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.036, 8.4, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0105-244', 'J0107-2408' RA= 01:07:46.974678 DEC= -24:08:53.36193 RAER= 0.71 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0105+259', 'J0107+2611' RA= 01:07:47.886316 DEC= +26:11:08.67019 RAER= 0.18 DECER= 0.26 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 512 observations" / source= '0105+267', 'J0108+2700' RA= 01:08:03.524524 DEC= +27:00:01.96028 RAER= 11.75 DECER= 6.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0105-122', 'J0108-1200' RA= 01:08:13.172366 DEC= -12:00:50.63777 RAER= 0.59 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.289, 0.068, 8.4, 0.138, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0105-222', 'J0108-2157' RA= 01:08:19.854134 DEC= -21:57:38.75607 RAER= 0.17 DECER= 0.32 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 108 observations" / source= '0105+452', 'J0108+4531' RA= 01:08:21.079561 DEC= +45:31:58.53705 RAER= 1.66 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0105-008', 'J0108-0037' RA= 01:08:26.842571 DEC= -00:37:24.16513 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.668, 0.294, 8.4, 0.329, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 664 observations" / source= '0106-291', 'J0108-2851' RA= 01:08:37.906779 DEC= -28:51:28.62782 RAER= 11.17 DECER= 15.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, n/a, 8.4, 0.079, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0106+013', 'J0108+0135' RA= 01:08:38.771108 DEC= +01:35:00.31718 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64050 observations" / source= '0105+138', 'J0108+1404' RA= 01:08:38.827694 DEC= +14:04:28.53957 RAER= 0.48 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.020, 8.4, 0.021, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0106-161', 'J0108-1550' RA= 01:08:47.679834 DEC= -15:50:42.68175 RAER= 0.42 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.011, 8.4, 0.028, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 160 observations" / source= '0106+18A', 'J0108+1838' RA= 01:08:49.506039 DEC= +18:38:24.12502 RAER= 1.04 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.018, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0106-16A', 'J0108-1622' RA= 01:08:50.140928 DEC= -16:22:36.94708 RAER= 2.12 DECER= 3.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0106+130', 'J0108+1320' RA= 01:08:52.869812 DEC= +13:20:14.26715 RAER= 0.19 DECER= 0.34 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 577 observations" / source= '0106-166', 'J0108-1623' RA= 01:08:59.891906 DEC= -16:23:28.09192 RAER= 0.36 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.064, 8.4, 0.067, 0.066 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 60 observations" / source= '0106+183', 'J0109+1839' RA= 01:09:03.887602 DEC= +18:39:19.43272 RAER= 0.95 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.021, 8.4, 0.021, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0106+180', 'J0109+1816' RA= 01:09:08.176894 DEC= +18:16:07.50055 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.040, 8.4, 0.045, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 845 observations" / source= '0106+237', 'J0109+2400' RA= 01:09:14.667914 DEC= +24:00:34.46768 RAER= 1.82 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.007, 8.4, 0.011, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0107-610', 'J0109-6049' RA= 01:09:15.475201 DEC= -60:49:48.46007 RAER= 0.22 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.414, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 852 observations" / source= '0107-391', 'J0109-3854' RA= 01:09:17.798926 DEC= -38:54:55.98945 RAER= 2.49 DECER= 7.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.338, 0.047, 8.4, 0.041, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 107 observations" / source= '0106+380', 'J0109+3816' RA= 01:09:25.574373 DEC= +38:16:45.78410 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 82 observations" / source= '0106+242', 'J0109+2433' RA= 01:09:26.583753 DEC= +24:33:15.71385 RAER= 0.26 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.178, 0.169, 8.4, 0.148, 0.157 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0106+077', 'J0109+0758' RA= 01:09:27.421017 DEC= +07:58:27.70944 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.085, 8.4, 0.092, 0.081 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 281 observations" / source= '0106+315', 'J0109+3149' RA= 01:09:27.887179 DEC= +31:49:56.04922 RAER= 0.12 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.123, 8.4, 0.244, 0.083 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3070 observations" / source= '0106+561', 'J0109+5624' RA= 01:09:32.515651 DEC= +56:24:58.78929 RAER= 0.74 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.036, 8.4, 0.034, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0107-149', 'J0109-1442' RA= 01:09:38.707498 DEC= -14:42:35.27924 RAER= 6.49 DECER= 8.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0105+737', 'J0109+7403' RA= 01:09:40.177426 DEC= +74:03:25.11933 RAER= 1.32 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.059, 8.4, 0.047, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0106+612', 'J0109+6133' RA= 01:09:46.344366 DEC= +61:33:30.45556 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2937 observations" / source= '0107-061', 'J0109-0552' RA= 01:09:53.861577 DEC= -05:52:21.60386 RAER= 0.52 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.020, 8.4, 0.021, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0107-406', 'J0109-4020' RA= 01:09:56.589921 DEC= -40:20:51.05589 RAER= 1.47 DECER= 7.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0107+137', 'J0110+1358' RA= 01:10:03.167153 DEC= +13:58:41.36568 RAER= 0.50 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 58 observations" / source= '0107+415', 'J0110+4149' RA= 01:10:04.811985 DEC= +41:49:50.73482 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 101 observations" / source= '0107-371', 'J0110-3651' RA= 01:10:06.267329 DEC= -36:51:03.53374 RAER= 5.82 DECER= 24.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0107+135', 'J0110+1346' RA= 01:10:08.015668 DEC= +13:46:36.56304 RAER= 0.25 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.039, 8.4, 0.070, 0.066 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0107+288', 'J0110+2906' RA= 01:10:10.081247 DEC= +29:06:29.83991 RAER= 0.80 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.018, 8.4, 0.017, 0.005 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0106+678', 'J0110+6805' RA= 01:10:12.873467 DEC= +68:05:41.21673 RAER= 0.28 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2517 observations" / source= '0107-025', 'J0110-0219' RA= 01:10:13.160513 DEC= -02:19:52.83856 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.066, 8.4, 0.103, 0.075 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 487 observations" / source= '0106+747', 'J0110+7502' RA= 01:10:13.676061 DEC= +75:02:15.57503 RAER= 2.28 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021, 8.4, 0.030, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0108-635', 'J0110-6315' RA= 01:10:16.720142 DEC= -63:15:56.35200 RAER= 2.54 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.171, 0.155 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0107+538', 'J0110+5404' RA= 01:10:19.600674 DEC= +54:04:26.04009 RAER= 0.81 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.163, 0.030, 8.4, 0.115, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0107-045', 'J0110-0415' RA= 01:10:30.902791 DEC= -04:15:31.02756 RAER= 0.11 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.123, 8.4, 0.124, 0.077 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 530 observations" / source= '0107+069', 'J0110+0714' RA= 01:10:33.019105 DEC= +07:14:42.24157 RAER= 0.12 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 626 observations" / source= '0107+295', 'J0110+2949' RA= 01:10:35.413940 DEC= +29:49:34.48081 RAER= 0.53 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.062, 8.4, 0.042, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0108-170', 'J0110-1648' RA= 01:10:35.511406 DEC= -16:48:27.70220 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.049, 8.4, 0.083, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 467 observations" / source= '0107+165', 'J0110+1649' RA= 01:10:38.491356 DEC= +16:49:34.54350 RAER= 0.70 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 57 observations" / source= '0107+602', 'J0110+6032' RA= 01:10:48.728175 DEC= +60:32:28.16047 RAER= 2.88 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.016, 8.4, 0.025, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0109-735', 'J0110-7314' RA= 01:10:49.607940 DEC= -73:14:28.20388 RAER= 26.54 DECER= 7.18 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0108-053', 'J0110-0505' RA= 01:10:49.803274 DEC= -05:05:03.49273 RAER= 0.64 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0108-131', 'J0110-1255' RA= 01:10:50.002733 DEC= -12:55:03.84620 RAER= 1.12 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.015, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0108-079', 'J0110-0741' RA= 01:10:50.020994 DEC= -07:41:41.11421 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.548, 0.252, 8.4, 0.495, 0.307 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 520 observations" / source= '0107+562', 'J0110+5632' RA= 01:10:57.552675 DEC= +56:32:16.94793 RAER= 0.86 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.416, 0.059, 8.4, 0.067, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 413 observations" / source= '0108+434', 'J0111+4345' RA= 01:11:00.540473 DEC= +43:45:39.59138 RAER= 0.92 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.013, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0108-146', 'J0111-1422' RA= 01:11:04.722138 DEC= -14:22:32.90073 RAER= 0.39 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.055, 0.049, 8.4, 0.037, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 269 observations" / source= '0108+270', 'J0111+2720' RA= 01:11:05.725358 DEC= +27:20:05.42387 RAER= 1.40 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.013, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0108+199', 'J0111+2012' RA= 01:11:07.293238 DEC= +20:12:38.21675 RAER= 0.58 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.032, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0108-142', 'J0111-1357' RA= 01:11:09.086206 DEC= -13:57:39.67309 RAER= 0.36 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 102 observations" / source= '0108+169', 'J0111+1713' RA= 01:11:14.415780 DEC= +17:13:28.59373 RAER= 0.47 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.039, 8.4, 0.040, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0108-204', 'J0111-2010' RA= 01:11:25.687609 DEC= -20:10:41.96482 RAER= 0.83 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.020, 8.4, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0108+053', 'J0111+0536' RA= 01:11:30.200417 DEC= +05:36:27.19373 RAER= 0.41 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 74 observations" / source= '0109-260', 'J0111-2545' RA= 01:11:30.742175 DEC= -25:45:31.25716 RAER= 0.59 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.028, 8.4, 0.038, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0110-733', 'J0111-7302' RA= 01:11:32.488183 DEC= -73:02:09.80045 RAER= 6.81 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0108+388', 'J0111+3906' RA= 01:11:37.316762 DEC= +39:06:28.10399 RAER= 0.14 DECER= 0.11 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1386 observations" / source= '0108+433', 'J0111+4335' RA= 01:11:37.613696 DEC= +43:35:31.44772 RAER= 0.19 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.072, 8.4, 0.116, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 161 observations" / source= '0109+107', 'J0111+1100' RA= 01:11:45.406037 DEC= +11:00:20.94280 RAER= 0.84 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.010, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0109+176', 'J0111+1753' RA= 01:11:49.845298 DEC= +17:53:51.06403 RAER= 0.53 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.043, 8.4, 0.041, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0108+570', 'J0111+5716' RA= 01:11:50.526389 DEC= +57:16:32.11392 RAER= 0.81 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.011, 8.4, 0.024, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0109-005', 'J0111-0016' RA= 01:11:51.381125 DEC= -00:16:05.70249 RAER= 3.39 DECER= 5.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0109+316', 'J0111+3155' RA= 01:11:54.625046 DEC= +31:55:30.71840 RAER= 0.68 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.036, 8.4, 0.035, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0109-307', 'J0111-3026' RA= 01:11:55.975771 DEC= -30:26:26.31758 RAER= 14.29 DECER= 26.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0109-135', 'J0111-1317' RA= 01:11:56.857933 DEC= -13:17:01.19676 RAER= 0.11 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1053 observations" / source= '0109+236', 'J0111+2351' RA= 01:11:59.124547 DEC= +23:51:56.28713 RAER= 0.69 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.015, 8.4, 0.035, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 76 observations" / source= '0109+224', 'J0112+2244' RA= 01:12:05.824714 DEC= +22:44:38.78632 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22187 observations" / source= '0109+194', 'J0112+1942' RA= 01:12:06.056837 DEC= +19:42:41.09561 RAER= 1.14 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a, 8.4, 0.013, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0109+415', 'J0112+4147' RA= 01:12:08.144926 DEC= +41:47:00.34000 RAER= 5.41 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0109+200', 'J0112+2020' RA= 01:12:10.190817 DEC= +20:20:21.76382 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.140, 8.4, 0.194, 0.082 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2229 observations" / source= '0109+174', 'J0112+1743' RA= 01:12:11.371610 DEC= +17:43:38.77322 RAER= 0.78 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.014, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0109+23A', 'J0112+2353' RA= 01:12:12.683863 DEC= +23:53:24.15333 RAER= 0.16 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.005, 8.4, 0.101, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 125 observations" / source= '0109+351', 'J0112+3522' RA= 01:12:12.944397 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1782 observations" / source= '0109+443', 'J0112+4437' RA= 01:12:13.044514 DEC= +44:37:07.66865 RAER= 0.44 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.032, 8.4, 0.045, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0109+026', 'J0112+0257' RA= 01:12:17.045246 DEC= +02:57:38.01689 RAER= 0.14 DECER= 0.24 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 684 observations" / source= '0110-668', 'J0112-6634' RA= 01:12:18.912885 DEC= -66:34:45.18800 RAER= 0.30 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.250, 0.237 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 288 observations" / source= '0111-753', 'J0112-7506' RA= 01:12:31.372423 DEC= -75:06:17.90458 RAER= 39.31 DECER= 7.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.015, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0109+182', 'J0112+1833' RA= 01:12:32.489988 DEC= +18:33:16.29846 RAER= 0.43 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.028, 8.4, 0.037, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0109+613', 'J0112+6136' RA= 01:12:32.926887 DEC= +61:36:17.35790 RAER= 30.99 DECER= 5.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0110-36A', 'J0112-3551' RA= 01:12:38.687904 DEC= -35:51:28.51186 RAER= 1.06 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0110-037', 'J0112-0328' RA= 01:12:39.134889 DEC= -03:28:42.81897 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.071, 8.4, 0.143, 0.080 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 342 observations" / source= '0110-302', 'J0112-2959' RA= 01:12:41.920976 DEC= -29:59:14.68646 RAER= 0.78 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.182, 0.025, 8.4, 0.111, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0110+168', 'J0112+1709' RA= 01:12:49.025046 DEC= +17:09:31.20651 RAER= 0.79 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.023, 8.4, 0.033, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0110+318', 'J0112+3208' RA= 01:12:50.333050 DEC= +32:08:17.43253 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2204 observations" / source= '0109+455', 'J0112+4549' RA= 01:12:50.853533 DEC= +45:49:59.43880 RAER= 1.29 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.012, 8.4, 0.028, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0110-101', 'J0112-0950' RA= 01:12:55.119865 DEC= -09:50:40.59611 RAER= 2.55 DECER= 6.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0110-066', 'J0113-0624' RA= 01:13:02.115095 DEC= -06:24:26.48899 RAER= 0.55 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.065, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0110-343', 'J0113-3403' RA= 01:13:04.747845 DEC= -34:03:24.75326 RAER= 565.19 DECER= 1732.3 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0110-105', 'J0113-1014' RA= 01:13:12.109286 DEC= -10:14:21.20253 RAER= 0.46 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.027, 8.4, 0.049, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0110-361', 'J0113-3551' RA= 01:13:15.856378 DEC= -35:51:48.36704 RAER= 0.16 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.137, 8.4, 0.330, 0.258 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 429 observations" / source= '0110-067', 'J0113-0630' RA= 01:13:16.245594 DEC= -06:30:52.53660 RAER= 0.40 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.083, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0110+274', 'J0113+2745' RA= 01:13:17.327506 DEC= +27:45:01.34242 RAER= 0.47 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.036, 8.4, 0.054, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 79 observations" / source= '0110+401', 'J0113+4026' RA= 01:13:17.763029 DEC= +40:26:12.62691 RAER= 0.49 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.012, 8.4, 0.025, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0110+477', 'J0113+4802' RA= 01:13:18.535300 DEC= +48:02:07.01495 RAER= 2.19 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0111-537', 'J0113-5329' RA= 01:13:23.073910 DEC= -53:29:49.96255 RAER= 9.22 DECER= 8.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.115, 0.130 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0110+297', 'J0113+2958' RA= 01:13:24.241887 DEC= +29:58:16.02485 RAER= 0.23 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.055, 8.4, 0.107, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 124 observations" / source= '0110+495', 'J0113+4948' RA= 01:13:27.006807 DEC= +49:48:24.04325 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6461 observations" / source= '0110+27A', 'J0113+2742' RA= 01:13:30.083627 DEC= +27:42:47.81180 RAER= 0.40 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.051, 8.4, 0.043, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 105 observations" / source= '0110+359', 'J0113+3611' RA= 01:13:40.169645 DEC= +36:11:17.90493 RAER= 2.28 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0111-256', 'J0113-2523' RA= 01:13:42.595159 DEC= -25:23:59.23645 RAER= 0.75 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.025, 8.4, 0.041, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10325 observations" / source= '0110+640', 'J0113+6416' RA= 01:13:50.494841 DEC= +64:16:53.30937 RAER= 0.82 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.031, 8.4, 0.049, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0111+131', 'J0113+1324' RA= 01:13:54.510339 DEC= +13:24:52.47855 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.093, 8.4, 0.124, 0.079 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 950 observations" / source= '0111+018', 'J0114+0208' RA= 01:14:07.855013 DEC= +02:08:09.38672 RAER= 0.17 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.039, 8.4, 0.055, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 77 observations" / source= '0111+203', 'J0114+2037' RA= 01:14:07.865598 DEC= +20:37:59.34484 RAER= 0.53 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0111-049', 'J0114-0442' RA= 01:14:10.582473 DEC= -04:42:30.30879 RAER= 0.32 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.044, 8.4, 0.070, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0111+218', 'J0114+2207' RA= 01:14:11.901463 DEC= +22:07:08.33929 RAER= 0.43 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.158, 0.043, 8.4, 0.055, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0110+744', 'J0114+7440' RA= 01:14:20.444886 DEC= +74:40:18.37332 RAER= 5.11 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.034, 8.4, 0.027, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0111+481', 'J0114+4823' RA= 01:14:23.524175 DEC= +48:23:53.10083 RAER= 3.66 DECER= 3.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0111-002', 'J0114+0000' RA= 01:14:29.607581 DEC= +00:00:36.76034 RAER= 0.19 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.031, 8.4, 0.047, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 76 observations" / source= '0112-259', 'J0114-2541' RA= 01:14:34.750891 DEC= -25:41:04.80157 RAER= 0.79 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.018, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0112-401', 'J0114-3950' RA= 01:14:38.466937 DEC= -39:50:17.49000 RAER= 2.36 DECER= 13.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0112-199', 'J0114-1941' RA= 01:14:50.410298 DEC= -19:41:35.80953 RAER= 0.52 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0112+261', 'J0114+2623' RA= 01:14:51.443889 DEC= +26:23:21.39059 RAER= 0.74 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.009, 0.007 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0112+131', 'J0114+1325' RA= 01:14:52.776860 DEC= +13:25:37.53012 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.045, 8.4, 0.041, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 670 observations" / source= '0112-245', 'J0114-2419' RA= 01:14:57.326470 DEC= -24:19:44.67741 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.078, 8.4, 0.161, 0.086 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 447 observations" / source= '0112+312', 'J0115+3129' RA= 01:15:02.280581 DEC= +31:29:24.29875 RAER= 4.22 DECER= 8.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0111+689', 'J0115+6915' RA= 01:15:08.028998 DEC= +69:15:18.15991 RAER= 0.71 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.101, 0.094 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 90 observations" / source= '0112-310', 'J0115-3047' RA= 01:15:08.445902 DEC= -30:47:02.08002 RAER= 1.44 DECER= 5.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, n/a, 8.4, 0.157, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0112+13A', 'J0115+1324' RA= 01:15:11.067171 DEC= +13:24:46.42118 RAER= 0.19 DECER= 0.21 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 114 observations" / source= '0112+168', 'J0115+1707' RA= 01:15:12.645982 DEC= +17:07:40.92754 RAER= 1.61 DECER= 3.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3190 observations" / source= '0113-283', 'J0115-2804' RA= 01:15:23.883590 DEC= -28:04:55.22399 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.454, 0.197, 8.4, 0.423, 0.136 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 364 observations" / source= '0113+036', 'J0115+0356' RA= 01:15:40.511654 DEC= +03:56:43.30319 RAER= 0.33 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.067, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 158 observations" / source= '0113+250', 'J0115+2519' RA= 01:15:46.142160 DEC= +25:19:53.34454 RAER= 0.24 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 110 observations" / source= '0113-167', 'J0115-1629' RA= 01:15:46.427253 DEC= -16:29:33.15801 RAER= 4.56 DECER= 6.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0113-310', 'J0115-3049' RA= 01:15:46.505505 DEC= -30:49:19.40087 RAER= 0.13 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 617 observations" / source= '0113-092', 'J0115-0857' RA= 01:15:47.449704 DEC= -08:57:56.48434 RAER= 0.90 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0112+532', 'J0115+5328' RA= 01:15:47.512412 DEC= +53:28:07.15784 RAER= 0.62 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.046, 8.4, 0.040, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0113-280', 'J0115-2744' RA= 01:15:55.473575 DEC= -27:44:31.77833 RAER= 3.86 DECER= 7.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0113-16A', 'J0116-1630' RA= 01:16:02.636501 DEC= -16:30:47.08727 RAER= 3.89 DECER= 5.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0113+163', 'J0116+1637' RA= 01:16:05.117263 DEC= +16:37:12.91486 RAER= 4.69 DECER= 6.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0113-118', 'J0116-1136' RA= 01:16:12.522023 DEC= -11:36:15.43446 RAER= 0.10 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5378 observations" / source= '0113-151', 'J0116-1452' RA= 01:16:14.084586 DEC= -14:52:53.34348 RAER= 0.80 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.024, 8.4, 0.014, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0113-343', 'J0116-3404' RA= 01:16:18.825943 DEC= -34:04:47.23487 RAER= 3.08 DECER= 11.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0114-621', 'J0116-6153' RA= 01:16:19.612253 DEC= -61:53:43.51546 RAER= 3.08 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0115-793', 'J0116-7905' RA= 01:16:23.480072 DEC= -79:05:54.74803 RAER= 0.90 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.093, 0.077 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 105 observations" / source= '0113+24A', 'J0116+242A' RA= 01:16:33.456025 DEC= +24:22:15.62882 RAER= 0.28 DECER= 0.49 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 193 observations" / source= '0113+288', 'J0116+2904' RA= 01:16:37.120414 DEC= +29:04:11.57168 RAER= 0.73 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.030, 8.4, 0.026, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0113+241', 'J0116+2422' RA= 01:16:38.067671 DEC= +24:22:53.72460 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.165, 0.145, 5.0, 0.209, 0.073, 8.4, 0.175, 0.062, 15.2, 0.175, 0.104, 22.2, 0.158, 0.093 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 547 observations" / source= '0114-622', 'J0116-6156' RA= 01:16:44.056909 DEC= -61:56:56.37346 RAER= 41.78 DECER= 17.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0114+281', 'J0116+2823' RA= 01:16:47.339454 DEC= +28:23:55.11108 RAER= 5.75 DECER= 10.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0114-211', 'J0116-2052' RA= 01:16:51.405063 DEC= -20:52:06.88816 RAER= 0.80 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.895, 0.100, 8.4, 0.085, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 303 observations" / source= '0114+288', 'J0116+2907' RA= 01:16:53.705361 DEC= +29:07:19.78097 RAER= 0.41 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.100, 8.4, 0.084, 0.087 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0114+139', 'J0117+1413' RA= 01:17:02.880329 DEC= +14:13:17.37752 RAER= 0.65 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.009, 8.4, 0.017, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0048+892', 'J0117+8928' RA= 01:17:16.395348 DEC= +89:28:47.97541 RAER= 86.19 DECER= 0.99 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 124 observations" / source= '0115-314', 'J0117-3108' RA= 01:17:21.367999 DEC= -31:08:48.25836 RAER= 0.52 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.033, 8.4, 0.053, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 104 observations" / source= '0114-176', 'J0117-1725' RA= 01:17:23.443727 DEC= -17:25:48.22865 RAER= 0.69 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.017, 8.4, 0.020, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0114+140', 'J0117+1418' RA= 01:17:25.203112 DEC= +14:18:12.42056 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.217, 0.155, 8.4, 0.199, 0.151 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 764 observations" / source= '0114+074', 'J0117+0742' RA= 01:17:26.166382 DEC= +07:42:17.44079 RAER= 0.20 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.049, 8.4, 0.054, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 229 observations" / source= '0114-046', 'J0117-0425' RA= 01:17:27.857718 DEC= -04:25:10.47282 RAER= 0.37 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.044, 8.4, 0.098, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0114+233', 'J0117+2334' RA= 01:17:29.663787 DEC= +23:34:31.56063 RAER= 0.67 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.021, 8.4, 0.025, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0114+296', 'J0117+2955' RA= 01:17:33.769541 DEC= +29:55:54.69308 RAER= 0.47 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.040, 8.4, 0.069, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0115-302', 'J0117-2958' RA= 01:17:35.374200 DEC= -29:58:40.39655 RAER= 8.29 DECER= 13.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0114+322', 'J0117+3230' RA= 01:17:38.639762 DEC= +32:30:11.44386 RAER= 2.21 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '0115-153', 'J0117-1507' RA= 01:17:38.931464 DEC= -15:07:55.01404 RAER= 3.62 DECER= 9.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0115-342', 'J0117-3357' RA= 01:17:44.623332 DEC= -33:57:06.01781 RAER= 0.26 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.069, 8.4, 0.123, 0.110 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 70 observations" / source= '0114+527', 'J0117+5300' RA= 01:17:48.318580 DEC= +53:00:18.31429 RAER= 0.55 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.039, 8.4, 0.044, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0115-214', 'J0117-2111' RA= 01:17:48.780130 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12285 observations" / source= '0115+357', 'J0117+3558' RA= 01:17:53.084116 DEC= +35:58:50.59543 RAER= 0.32 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.038, 8.4, 0.046, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 117 observations" / source= '0115-179', 'J0117-1738' RA= 01:17:53.359671 DEC= -17:38:56.72332 RAER= 3.89 DECER= 10.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.013, 8.4, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0115+318', 'J0117+3206' RA= 01:17:55.088664 DEC= +32:06:22.66833 RAER= 0.65 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.269, 0.028, 8.4, 0.177, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0115+453', 'J0117+4536' RA= 01:17:59.551621 DEC= +45:36:22.43029 RAER= 1.04 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.010, 8.4, 0.013, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0115+406', 'J0118+4056' RA= 01:18:01.789937 DEC= +40:56:48.73324 RAER= 0.88 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.015, 8.4, 0.018, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0115-161', 'J0118-1550' RA= 01:18:04.500567 DEC= -15:50:54.30312 RAER= 0.70 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.013, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0114+592', 'J0118+5928' RA= 01:18:05.624569 DEC= +59:28:02.49627 RAER= 1.42 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.009, 8.4, 0.017, 0.006 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0115-241', 'J0118-2351' RA= 01:18:06.233212 DEC= -23:51:55.53613 RAER= 0.70 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0115-141', 'J0118-1355' RA= 01:18:06.304018 DEC= -13:55:47.69899 RAER= 20.26 DECER= 15.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0115-412', 'J0118-4059' RA= 01:18:09.463873 DEC= -40:59:38.57893 RAER= 1.07 DECER= 2.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.036, 8.4, 0.083, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 76 observations" / source= '0115+379', 'J0118+3810' RA= 01:18:10.110970 DEC= +38:10:54.92461 RAER= 0.56 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.047, 8.4, 0.061, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0115+490', 'J0118+4918' RA= 01:18:14.126563 DEC= +49:18:32.25405 RAER= 1.53 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.025, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 57 observations" / source= '0115-016', 'J0118-0120' RA= 01:18:15.399854 DEC= -01:20:30.24778 RAER= 8.37 DECER= 13.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0115+027', 'J0118+0258' RA= 01:18:18.481755 DEC= +02:58:05.78892 RAER= 0.11 DECER= 0.11 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 955 observations" / source= '0116-603', 'J0118-6007' RA= 01:18:23.482320 DEC= -60:07:51.38992 RAER= 1.44 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '0115+090', 'J0118+0916' RA= 01:18:24.073752 DEC= +09:16:39.28672 RAER= 0.47 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.039, 8.4, 0.041, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0116-190', 'J0118-1849' RA= 01:18:34.242337 DEC= -18:49:17.31960 RAER= 0.45 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.027, 8.4, 0.044, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0116-457', 'J0118-4526' RA= 01:18:39.402021 DEC= -45:26:58.54813 RAER= 1.95 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.108, 0.086 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0116-091', 'J0118-0850' RA= 01:18:44.175867 DEC= -08:50:58.96703 RAER= 0.34 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.114, 8.4, 0.142, 0.139 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0116-413', 'J0118-4102' RA= 01:18:45.276216 DEC= -41:02:30.74956 RAER= 1.08 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.107, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0116-070', 'J0118-0645' RA= 01:18:52.974937 DEC= -06:45:44.44628 RAER= 0.34 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.043, 8.4, 0.046, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0116-219', 'J0118-2141' RA= 01:18:57.262179 DEC= -21:41:30.14030 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6374 observations" / source= '0116-075', 'J0118-0718' RA= 01:18:57.487032 DEC= -07:18:55.89160 RAER= 4.43 DECER= 6.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0116+470', 'J0118+4717' RA= 01:18:58.505071 DEC= +47:17:26.06448 RAER= 1.14 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.010, 8.4, 0.049, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 58 observations" / source= '0116+082', 'J0119+0829' RA= 01:19:01.274289 DEC= +08:29:54.70467 RAER= 0.12 DECER= 0.19 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 652 observations" / source= '0116-152', 'J0119-1458' RA= 01:19:04.619731 DEC= -14:58:58.64640 RAER= 1.12 DECER= 2.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0116-199', 'J0119-1940' RA= 01:19:08.647564 DEC= -19:40:13.87139 RAER= 0.69 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.015, 8.4, 0.023, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0116+386', 'J0119+3853' RA= 01:19:20.114205 DEC= +38:53:05.57348 RAER= 0.73 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.014, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0117-064', 'J0119-0613' RA= 01:19:34.256300 DEC= -06:13:08.13376 RAER= 1.22 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0116+319', 'J0119+3210' RA= 01:19:35.001087 DEC= +32:10:50.06098 RAER= 0.26 DECER= 0.28 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 474 observations" / source= '0118-684', 'J0119-6809' RA= 01:19:41.817142 DEC= -68:09:35.15335 RAER= 10.44 DECER= 23.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.439, 0.153 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0117-171', 'J0119-1654' RA= 01:19:43.645915 DEC= -16:54:08.97262 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.121, 0.087, 8.4, 0.100, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 634 observations" / source= '0116+515', 'J0119+5148' RA= 01:19:45.822767 DEC= +51:48:03.49384 RAER= 0.79 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.020, 8.4, 0.037, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0117-083', 'J0119-0807' RA= 01:19:47.753387 DEC= -08:07:27.62792 RAER= 0.55 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.022, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0117-542', 'J0119-5357' RA= 01:19:50.446418 DEC= -53:57:17.88833 RAER= 2.54 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.107, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0117-284', 'J0120-2810' RA= 01:20:01.422575 DEC= -28:10:19.85611 RAER= 1.51 DECER= 3.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0117+417', 'J0120+4200' RA= 01:20:02.757391 DEC= +42:00:13.92735 RAER= 0.51 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.021, 8.4, 0.024, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0118-488', 'J0120-4833' RA= 01:20:11.728614 DEC= -48:33:39.27164 RAER= 4.88 DECER= 3.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.289, 0.167 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0117-009', 'J0120-0038' RA= 01:20:12.511705 DEC= -00:38:37.56181 RAER= 3.38 DECER= 5.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0117-067', 'J0120-0626' RA= 01:20:14.032523 DEC= -06:26:48.15503 RAER= 0.81 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0117+117', 'J0120+1203' RA= 01:20:17.027986 DEC= +12:03:26.32417 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.032, 8.4, 0.060, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 252 observations" / source= '0117+406', 'J0120+4053' RA= 01:20:19.249350 DEC= +40:53:29.03387 RAER= 0.59 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.014, 8.4, 0.025, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0118-272', 'J0120-2701' RA= 01:20:31.663344 DEC= -27:01:24.65250 RAER= 0.13 DECER= 0.15 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 762 observations" / source= '0117+226', 'J0120+2256' RA= 01:20:33.368197 DEC= +22:56:36.67757 RAER= 0.67 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.019, 8.4, 0.039, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0118-172', 'J0120-1701' RA= 01:20:38.606035 DEC= -17:01:54.60332 RAER= 0.32 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.028, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0118-033', 'J0120-0308' RA= 01:20:44.760193 DEC= -03:08:05.57032 RAER= 0.46 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, 0.016, 8.4, 0.106, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0118-005', 'J0121-0015' RA= 01:21:00.729235 DEC= -00:15:19.05356 RAER= 0.43 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0118-283', 'J0121-2806' RA= 01:21:00.741985 DEC= -28:06:22.17817 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.173, 0.122, 8.4, 0.141, 0.064 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 323 observations" / source= '0118-100', 'J0121-0944' RA= 01:21:02.104992 DEC= -09:44:28.81389 RAER= 18.26 DECER= 10.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0118+017', 'J0121+0203' RA= 01:21:02.224074 DEC= +02:03:25.92300 RAER= 0.94 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.014, 8.4, 0.027, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0118-128', 'J0121-1234' RA= 01:21:02.734502 DEC= -12:34:43.65069 RAER= 0.88 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.018, 8.4, 0.025, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0118-187', 'J0121-1827' RA= 01:21:14.534296 DEC= -18:27:22.25996 RAER= 6.40 DECER= 7.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0118-058', 'J0121-0533' RA= 01:21:20.128453 DEC= -05:33:35.75086 RAER= 0.86 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.025, 8.4, 0.007, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0118+035', 'J0121+0347' RA= 01:21:26.147786 DEC= +03:47:06.74400 RAER= 1.21 DECER= 4.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.065, 0.056, 8.4, 0.023, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 154 observations" / source= '0119-303', 'J0121-3005' RA= 01:21:27.017579 DEC= -30:05:50.51317 RAER= 3.34 DECER= 5.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0118+111', 'J0121+1127' RA= 01:21:28.999190 DEC= +11:27:00.50315 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.124, 0.114, 8.4, 0.140, 0.107 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1818 observations" / source= '0119+115', 'J0121+1149' RA= 01:21:41.595050 DEC= +11:49:50.41339 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 101268 observations" / source= ' ', 'J0121+0957' RA= 01:21:42.744869 DEC= +09:57:59.86337 RAER= 0.28 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.016, 8.4, 0.039, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 226 observations" / source= '0119-395', 'J0121-3915' RA= 01:21:52.700627 DEC= -39:15:44.27512 RAER= 2.48 DECER= 5.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.022, 8.4, 0.019, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0119+041', 'J0121+0422' RA= 01:21:56.861694 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 65240 observations" / source= '0119+029', 'J0122+0310' RA= 01:22:01.909336 DEC= +03:10:02.41658 RAER= 0.24 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.074, 8.4, 0.066, 0.061 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0119-377', 'J0122-3731' RA= 01:22:02.486081 DEC= -37:31:26.77960 RAER= 2.99 DECER= 11.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.021, 8.4, 0.022, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0119+418', 'J0122+4207' RA= 01:22:03.547746 DEC= +42:07:45.78253 RAER= 0.22 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.083, 8.4, 0.125, 0.097 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 234 observations" / source= '0119-071', 'J0122-0653' RA= 01:22:11.225067 DEC= -06:53:19.06276 RAER= 0.63 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.025, 8.4, 0.022, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0119-005', 'J0122-0018' RA= 01:22:13.910474 DEC= -00:18:01.05043 RAER= 0.11 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1389 observations" / source= '0119+254', 'J0122+2543' RA= 01:22:14.620265 DEC= +25:43:47.31656 RAER= 0.26 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 102 observations" / source= '0119-011', 'J0122-0056' RA= 01:22:17.469956 DEC= -00:56:15.69690 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.102, 8.4, 0.163, 0.134 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 887 observations" / source= '0119+578', 'J0122+5806' RA= 01:22:19.177447 DEC= +58:06:12.80712 RAER= 1.89 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.016, 8.4, 0.022, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0119-046', 'J0122-0421' RA= 01:22:27.885341 DEC= -04:21:27.17656 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.496, 0.069, 8.4, 0.268, 0.107 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 713 observations" / source= '0119+191', 'J0122+1923' RA= 01:22:29.982363 DEC= +19:23:39.32965 RAER= 1.30 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.010, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0119+073', 'J0122+0734' RA= 01:22:35.289387 DEC= +07:34:37.43655 RAER= 1.01 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.021, 8.4, 0.011, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0119+247', 'J0122+2502' RA= 01:22:38.815988 DEC= +25:02:31.79269 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2214 observations" / source= '0119+638', 'J0122+6407' RA= 01:22:40.021050 DEC= +64:07:25.12404 RAER= 3.57 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.013, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0119+253', 'J0122+2536' RA= 01:22:40.774360 DEC= +25:36:14.95891 RAER= 0.38 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.049, 8.4, 0.078, 0.063 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0119+296', 'J0122+2954' RA= 01:22:45.430046 DEC= +29:54:12.64325 RAER= 0.12 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.312, 0.248, 8.4, 0.297, 0.133 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 738 observations" / source= '0120+137', 'J0122+1403' RA= 01:22:45.755229 DEC= +14:03:03.32977 RAER= 0.13 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 450 observations" / source= '0119+586', 'J0122+5853' RA= 01:22:46.521516 DEC= +58:53:29.96012 RAER= 616.33 DECER= 110.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0119+366', 'J0122+3653' RA= 01:22:48.036938 DEC= +36:53:23.87904 RAER= 0.57 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.022, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0120-098', 'J0122-0935' RA= 01:22:48.068568 DEC= -09:35:46.98079 RAER= 1.13 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0120-071', 'J0122-0655' RA= 01:22:48.965470 DEC= -06:55:37.74705 RAER= 0.61 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.022, 8.4, 0.055, 0.006 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0120-270', 'J0122-2649' RA= 01:22:48.969899 DEC= -26:49:03.56807 RAER= 1.97 DECER= 6.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0120+313', 'J0122+3133' RA= 01:22:51.200467 DEC= +31:33:40.25316 RAER= 0.41 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.064, 8.4, 0.081, 0.064 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0120-078', 'J0122-0733' RA= 01:22:53.877042 DEC= -07:33:36.28829 RAER= 0.39 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.045, 8.4, 0.057, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0120+363', 'J0122+3639' RA= 01:22:54.305467 DEC= +36:39:15.48622 RAER= 0.47 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.022, 8.4, 0.022, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0120+304', 'J0123+3044' RA= 01:23:02.281440 DEC= +30:44:06.91787 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.159, 0.139, 8.4, 0.129, 0.078 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 524 observations" / source= '0120+340', 'J0123+3420' RA= 01:23:08.637273 DEC= +34:20:48.66496 RAER= 0.66 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.018, 8.4, 0.017, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0120-151', 'J0123-1455' RA= 01:23:14.264758 DEC= -14:55:52.46517 RAER= 0.73 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.028, 8.4, 0.033, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0120+408', 'J0123+4106' RA= 01:23:19.931475 DEC= +41:06:21.37602 RAER= 2.10 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0120+358', 'J0123+3606' RA= 01:23:20.024429 DEC= +36:06:49.62800 RAER= 0.44 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.050, 8.4, 0.039, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0120+463', 'J0123+4635' RA= 01:23:21.929104 DEC= +46:35:36.17678 RAER= 0.62 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.044, 8.4, 0.037, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0120+224', 'J0123+2240' RA= 01:23:24.687616 DEC= +22:40:08.40144 RAER= 1.18 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0121-197', 'J0123-1926' RA= 01:23:27.192966 DEC= -19:26:24.92281 RAER= 0.71 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.012, 8.4, 0.029, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0120+378', 'J0123+3806' RA= 01:23:28.872829 DEC= +38:06:36.76240 RAER= 0.54 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.070, 8.4, 0.058, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0121-040', 'J0123-0348' RA= 01:23:35.774741 DEC= -03:48:39.31433 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.064, 8.4, 0.123, 0.076 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 437 observations" / source= '0121-295', 'J0123-2919' RA= 01:23:37.066238 DEC= -29:19:55.76796 RAER= 0.94 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.028, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0121-234', 'J0123-2310' RA= 01:23:38.349782 DEC= -23:10:58.88186 RAER= 0.81 DECER= 2.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0121-110', 'J0123-1049' RA= 01:23:40.734659 DEC= -10:49:01.55359 RAER= 0.38 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.041, 8.4, 0.082, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0120+259', 'J0123+2615' RA= 01:23:43.045182 DEC= +26:15:22.42677 RAER= 0.12 DECER= 0.11 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1536 observations" / source= '0121-096', 'J0123-0923' RA= 01:23:46.384644 DEC= -09:23:03.33668 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.134, 8.4, 0.148, 0.064 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 401 observations" / source= '0121-293', 'J0123-2904' RA= 01:23:51.021222 DEC= -29:04:14.28947 RAER= 1.86 DECER= 6.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0121+166', 'J0123+1653' RA= 01:23:58.492808 DEC= +16:53:25.19131 RAER= 2.81 DECER= 4.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0121+068', 'J0124+0707' RA= 01:24:09.541566 DEC= +07:07:21.83331 RAER= 0.68 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.023, 8.4, 0.026, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0119+788', 'J0124+7908' RA= 01:24:10.718855 DEC= +79:08:39.05981 RAER= 6.54 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.024, 8.4, 0.019, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 102 observations" / source= '0122-345', 'J0124-3416' RA= 01:24:21.459355 DEC= -34:16:21.45355 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.110, 8.4, 0.108, 0.088 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 411 observations" / source= '0121-123', 'J0124-1207' RA= 01:24:21.707813 DEC= -12:07:37.41256 RAER= 0.51 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.035, 8.4, 0.042, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0121+560', 'J0124+5618' RA= 01:24:25.827030 DEC= +56:18:51.91441 RAER= 0.22 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.281, 0.106, 8.4, 0.154, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 764 observations" / source= '0121+047', 'J0124+0459' RA= 01:24:26.153206 DEC= +04:59:22.46470 RAER= 0.43 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.012, 8.4, 0.025, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 101 observations" / source= '0119+789', 'J0124+7911' RA= 01:24:26.925487 DEC= +79:11:37.59327 RAER= 11.64 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0121-009', 'J0124-0038' RA= 01:24:29.678897 DEC= -00:38:58.15396 RAER= 0.74 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.043, 8.4, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0122-031', 'J0124-0252' RA= 01:24:33.044054 DEC= -02:52:21.01154 RAER= 0.59 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.035, 8.4, 0.030, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0122-042', 'J0124-0401' RA= 01:24:34.814800 DEC= -04:01:02.62825 RAER= 0.68 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.018, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 75 observations" / source= '0121+536', 'J0124+5351' RA= 01:24:35.536842 DEC= +53:51:45.86260 RAER= 0.61 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.014, 8.4, 0.039, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0121+210', 'J0124+2116' RA= 01:24:37.465525 DEC= +21:16:58.96701 RAER= 0.49 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 50 observations" / source= '0121+318', 'J0124+3207' RA= 01:24:47.765420 DEC= +32:07:27.38324 RAER= 0.59 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.052, 8.4, 0.046, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0122-066', 'J0124-0625' RA= 01:24:50.485973 DEC= -06:25:00.93295 RAER= 0.26 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.081, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 110 observations" / source= '0122-158', 'J0124-1532' RA= 01:24:53.737703 DEC= -15:32:38.73906 RAER= 0.46 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.019, 8.4, 0.035, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0122+278', 'J0124+2805' RA= 01:24:55.879167 DEC= +28:05:11.39104 RAER= 0.17 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.055, 8.4, 0.067, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 504 observations" / source= '0122-514', 'J0124-5113' RA= 01:24:57.391483 DEC= -51:13:16.16751 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.172, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 278 observations" / source= '0122-126', 'J0124-1225' RA= 01:24:57.465853 DEC= -12:25:52.62660 RAER= 1.04 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.014, 8.4, 0.021, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0122+047', 'J0125+0457' RA= 01:25:05.503932 DEC= +04:57:38.93598 RAER= 0.27 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.085, 8.4, 0.075, 0.064 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 55 observations" / source= '0122+015', 'J0125+0146' RA= 01:25:05.512110 DEC= +01:46:26.92818 RAER= 0.22 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.053, 8.4, 0.068, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0122+470', 'J0125+4718' RA= 01:25:07.706786 DEC= +47:18:03.08580 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.130, 8.4, 0.138, 0.076 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 476 observations" / source= '0122-375', 'J0125-3718' RA= 01:25:14.227395 DEC= -37:18:50.34515 RAER= 1.93 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.024, 8.4, 0.074, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0122-005', 'J0125-0018' RA= 01:25:17.150615 DEC= -00:18:28.90775 RAER= 0.42 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.016, 8.4, 0.063, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0122-260', 'J0125-2549' RA= 01:25:18.837447 DEC= -25:49:04.38910 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.125, 8.4, 0.213, 0.168 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 486 observations" / source= '0122+273', 'J0125+2739' RA= 01:25:19.237010 DEC= +27:39:03.17374 RAER= 0.55 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.083, 8.4, 0.037, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0118+841', 'J0125+8424' RA= 01:25:20.955141 DEC= +84:24:59.69641 RAER= 36.90 DECER= 3.49 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0122-003', 'J0125-0005' RA= 01:25:28.843836 DEC= -00:05:55.93162 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.162, 0.487, 5.0, 0.996, 0.388, 8.4, 0.756, 0.297, 15.2, 0.814, 0.216 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1577 observations" / source= '0123-306', 'J0125-3024' RA= 01:25:33.753247 DEC= -30:24:11.53444 RAER= 0.69 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.026, 8.4, 0.047, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0122+235', 'J0125+2351' RA= 01:25:34.282330 DEC= +23:51:09.36626 RAER= 0.64 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.033, 8.4, 0.031, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0122+268', 'J0125+2705' RA= 01:25:36.441221 DEC= +27:05:57.88094 RAER= 0.59 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.019, 8.4, 0.024, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 55 observations" / source= '0123-048', 'J0125-0438' RA= 01:25:36.496437 DEC= -04:38:13.95233 RAER= 0.12 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.241, 0.101, 8.4, 0.212, 0.096 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 228 observations" / source= '0122+220', 'J0125+2217' RA= 01:25:39.081354 DEC= +22:17:56.67896 RAER= 1.04 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.016, 8.4, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0122+234', 'J0125+2340' RA= 01:25:39.158680 DEC= +23:40:41.08082 RAER= 1.01 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.022, 8.4, 0.055, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0122+316', 'J0125+3153' RA= 01:25:43.029680 DEC= +31:53:14.45706 RAER= 0.57 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.057, 8.4, 0.045, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0122+26A', 'J0125+2703' RA= 01:25:45.252557 DEC= +27:03:55.79130 RAER= 2.35 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0123-133', 'J0125-1304' RA= 01:25:50.070740 DEC= -13:04:27.09925 RAER= 0.31 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.090, 8.4, 0.070, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0123+258', 'J0125+2606' RA= 01:25:52.845941 DEC= +26:06:36.76664 RAER= 0.65 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011, 8.4, 0.009, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 62 observations" / source= '0123-161', 'J0125-1553' RA= 01:25:53.063761 DEC= -15:53:57.92432 RAER= 0.58 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.019, 8.4, 0.033, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0122+725', 'J0125+7245' RA= 01:25:59.217373 DEC= +72:45:46.62494 RAER= 4.60 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.008, 8.4, 0.010, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0123-016', 'J0126-0120' RA= 01:26:00.622166 DEC= -01:20:42.51114 RAER= 0.15 DECER= 0.25 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 568 observations" / source= '0122+705', 'J0126+7046' RA= 01:26:07.843650 DEC= +70:46:52.38587 RAER= 0.38 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 651 observations" / source= '0122+654', 'J0126+6543' RA= 01:26:09.802677 DEC= +65:43:25.47352 RAER= 0.79 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.032, 8.4, 0.059, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0123+345', 'J0126+3446' RA= 01:26:10.683763 DEC= +34:46:38.09041 RAER= 0.62 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.011, 8.4, 0.028, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0123-226', 'J0126-2222' RA= 01:26:15.001647 DEC= -22:22:33.60299 RAER= 0.12 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 436 observations" / source= '0124-680', 'J0126-6746' RA= 01:26:22.163591 DEC= -67:46:23.10514 RAER= 6.76 DECER= 3.76 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '0124-513', 'J0126-5103' RA= 01:26:24.307975 DEC= -51:03:09.55496 RAER= 2.85 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.053, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0124-361', 'J0126-3553' RA= 01:26:32.562874 DEC= -35:53:54.65125 RAER= 2.85 DECER= 6.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.026, 8.4, 0.035, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0124-155', 'J0126-1518' RA= 01:26:33.890726 DEC= -15:18:34.11686 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.169, 0.130, 8.4, 0.161, 0.080 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 585 observations" / source= '0124-117', 'J0126-1131' RA= 01:26:35.954718 DEC= -11:31:21.78612 RAER= 1.04 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.013, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0124-249', 'J0126-2440' RA= 01:26:38.386224 DEC= -24:40:22.79462 RAER= 0.63 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.026, 8.4, 0.039, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0123+633', 'J0126+6335' RA= 01:26:40.582431 DEC= +63:35:28.49858 RAER= 3.85 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0123+632', 'J0126+6332' RA= 01:26:41.254278 DEC= +63:32:40.16532 RAER= 8.12 DECER= 4.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0123+257', 'J0126+2559' RA= 01:26:42.792635 DEC= +25:59:01.30013 RAER= 0.11 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4116 observations" / source= '0124-223', 'J0126-2207' RA= 01:26:52.147424 DEC= -22:07:02.76187 RAER= 0.77 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0124+189', 'J0126+1912' RA= 01:26:54.429861 DEC= +19:12:52.19119 RAER= 0.26 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.021, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 206 observations" / source= '0124+125', 'J0126+1245' RA= 01:26:54.747843 DEC= +12:45:50.11197 RAER= 0.20 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.021, 8.4, 0.036, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 225 observations" / source= '0123+542', 'J0126+5430' RA= 01:26:55.007373 DEC= +54:30:53.43627 RAER= 0.44 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 135 observations" / source= '0123+731', 'J0127+7323' RA= 01:27:04.716369 DEC= +73:23:12.67540 RAER= 0.60 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.380, 0.129, 8.4, 0.119, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 683 observations" / source= '0123+656', 'J0127+6554' RA= 01:27:10.477151 DEC= +65:54:19.55653 RAER= 1.94 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.020, 8.4, 0.014, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0124+031', 'J0127+0323' RA= 01:27:13.955883 DEC= +03:23:00.58412 RAER= 0.40 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 149 observations" / source= '0125-484', 'J0127-4813' RA= 01:27:14.838978 DEC= -48:13:32.09493 RAER= 0.26 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.594, 0.172 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 92 observations" / source= '0124-086', 'J0127-0821' RA= 01:27:16.311192 DEC= -08:21:28.89702 RAER= 0.12 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 711 observations" / source= '0124+495', 'J0127+4946' RA= 01:27:20.420387 DEC= +49:46:30.46434 RAER= 2.69 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0124+017', 'J0127+0158' RA= 01:27:22.881936 DEC= +01:58:24.52646 RAER= 0.36 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.033, 8.4, 0.099, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 57 observations" / source= '0125-365', 'J0127-3618' RA= 01:27:24.602966 DEC= -36:18:22.43941 RAER= 5.51 DECER= 13.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0124+329', 'J0127+3313' RA= 01:27:28.072380 DEC= +33:13:54.39770 RAER= 0.67 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.030, 8.4, 0.024, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0125-201', 'J0127-1956' RA= 01:27:30.628170 DEC= -19:56:08.99804 RAER= 3.33 DECER= 5.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0124+313', 'J0127+3135' RA= 01:27:35.265077 DEC= +31:35:21.20336 RAER= 0.49 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.066, 8.4, 0.049, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0125-352', 'J0127-3457' RA= 01:27:44.004595 DEC= -34:57:55.97573 RAER= 1.84 DECER= 4.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0125+328', 'J0127+3305' RA= 01:27:53.633491 DEC= +33:05:37.24100 RAER= 0.31 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.041, 8.4, 0.065, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 92 observations" / source= '0125+029', 'J0128+0313' RA= 01:28:00.738062 DEC= +03:13:54.58625 RAER= 0.80 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.023, 8.4, 0.027, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0125-255', 'J0128-2519' RA= 01:28:01.031190 DEC= -25:19:00.67312 RAER= 0.85 DECER= 2.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, n/a, 8.4, 0.100, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0125-176', 'J0128-1722' RA= 01:28:01.392751 DEC= -17:22:24.25202 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.126, 0.054, 8.4, 0.090, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 405 observations" / source= '0125+487', 'J0128+4901' RA= 01:28:08.063379 DEC= +49:01:05.98547 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.221, 0.090, 8.4, 0.503, 0.332 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 466 observations" / source= '0123+792', 'J0128+7928' RA= 01:28:08.865965 DEC= +79:28:46.13115 RAER= 5.53 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.039, 8.4, 0.047, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0125+331', 'J0128+3324' RA= 01:28:11.693632 DEC= +33:24:33.44875 RAER= 0.48 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.021, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0125-169', 'J0128-1643' RA= 01:28:16.718862 DEC= -16:43:53.38941 RAER= 1.55 DECER= 4.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0125+438', 'J0128+4404' RA= 01:28:26.029174 DEC= +44:04:30.47660 RAER= 0.27 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.045, 8.4, 0.047, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0125+210', 'J0128+2117' RA= 01:28:27.889196 DEC= +21:17:27.90766 RAER= 0.69 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.014, 8.4, 0.036, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0125+569', 'J0128+5712' RA= 01:28:29.894690 DEC= +57:12:49.35900 RAER= 2.01 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.007, 8.4, 0.009, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0125+628', 'J0128+6306' RA= 01:28:30.565059 DEC= +63:06:29.88188 RAER= 0.23 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2137 observations" / source= '0125+162', 'J0128+1632' RA= 01:28:31.259809 DEC= +16:32:02.56220 RAER= 3.53 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0126-531', 'J0128-5255' RA= 01:28:34.401744 DEC= -52:55:19.23735 RAER= 1.09 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.345, 0.169 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0125+311', 'J0128+3124' RA= 01:28:36.642096 DEC= +31:24:48.37751 RAER= 0.44 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.063, 8.4, 0.063, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0126-039', 'J0128-0340' RA= 01:28:39.221973 DEC= -03:40:09.50932 RAER= 0.81 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0125+443', 'J0128+4439' RA= 01:28:41.338938 DEC= +44:39:17.98104 RAER= 0.37 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 110 observations" / source= '0125+600', 'J0128+6016' RA= 01:28:44.638760 DEC= +60:16:17.44944 RAER= 3.82 DECER= 4.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0125+485', 'J0128+4850' RA= 01:28:52.721493 DEC= +48:50:45.68904 RAER= 0.61 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.068, 8.4, 0.079, 0.073 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0126+096', 'J0128+0955' RA= 01:28:56.482436 DEC= +09:55:02.92928 RAER= 0.57 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.019, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0126-288', 'J0128-2832' RA= 01:28:58.538148 DEC= -28:32:39.61616 RAER= 4.81 DECER= 8.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.022, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0126-129', 'J0128-1241' RA= 01:28:58.704686 DEC= -12:41:06.02685 RAER= 0.34 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.034, 8.4, 0.035, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0126-083', 'J0129-0807' RA= 01:29:20.038022 DEC= -08:07:41.85198 RAER= 0.55 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.046, 8.4, 0.040, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0126+307', 'J0129+3102' RA= 01:29:21.848035 DEC= +31:02:58.55195 RAER= 0.58 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.051, 8.4, 0.050, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0127-167', 'J0129-1631' RA= 01:29:26.497895 DEC= -16:31:58.08088 RAER= 0.28 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.051, 8.4, 0.066, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0126+274', 'J0129+2743' RA= 01:29:27.627162 DEC= +27:43:51.35490 RAER= 4.30 DECER= 2.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0126+148', 'J0129+1508' RA= 01:29:28.704968 DEC= +15:08:37.97641 RAER= 0.52 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.009, 8.4, 0.015, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0126+451', 'J0129+4524' RA= 01:29:32.872838 DEC= +45:24:23.49887 RAER= 1.40 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.014, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0127-325', 'J0129-3219' RA= 01:29:35.013741 DEC= -32:19:31.21299 RAER= 0.57 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.069, 8.4, 0.091, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0126+343', 'J0129+3436' RA= 01:29:43.475538 DEC= +34:36:58.70962 RAER= 0.88 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.021, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 55 observations" / source= '0126+579', 'J0129+5814' RA= 01:29:44.580619 DEC= +58:14:41.07881 RAER= 28.19 DECER= 14.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0126+645', 'J0129+6446' RA= 01:29:46.820523 DEC= +64:46:30.67248 RAER= 1.06 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0127+145', 'J0129+1446' RA= 01:29:55.347166 DEC= +14:46:47.83627 RAER= 0.12 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 578 observations" / source= '0127+077', 'J0129+0800' RA= 01:29:57.046999 DEC= +08:00:21.39804 RAER= 0.22 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.018, 8.4, 0.028, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 231 observations" / source= '0126+476', 'J0129+4751' RA= 01:29:58.522858 DEC= +47:51:46.78622 RAER= 0.73 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.020, 8.4, 0.056, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0127+233', 'J0129+2338' RA= 01:29:59.769378 DEC= +23:38:20.03684 RAER= 0.53 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.019, 8.4, 0.070, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0127+057', 'J0130+0603' RA= 01:30:03.315676 DEC= +06:03:01.75592 RAER= 2.02 DECER= 3.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0127-105', 'J0130-1019' RA= 01:30:08.896427 DEC= -10:19:07.62153 RAER= 0.43 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.021, 8.4, 0.043, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0127+258', 'J0130+2608' RA= 01:30:23.530402 DEC= +26:08:08.38806 RAER= 0.82 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.007, 8.4, 0.053, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0128-217', 'J0130-2128' RA= 01:30:25.742597 DEC= -21:28:38.90280 RAER= 0.93 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.013, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0127+583', 'J0130+5834' RA= 01:30:25.814553 DEC= +58:34:22.03833 RAER= 28.29 DECER= 12.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0127+084', 'J0130+0842' RA= 01:30:27.634431 DEC= +08:42:46.17175 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2627 observations" / source= '0127+184', 'J0130+1843' RA= 01:30:30.646483 DEC= +18:43:21.86320 RAER= 0.32 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.059, 8.4, 0.085, 0.062 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0127+575', 'J0130+5747' RA= 01:30:35.754164 DEC= +57:47:38.07642 RAER= 0.99 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.024, 8.4, 0.040, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0127+224', 'J0130+2241' RA= 01:30:39.656556 DEC= +22:41:29.88739 RAER= 0.47 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.050, 8.4, 0.059, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0128-383', 'J0130-3806' RA= 01:30:41.538267 DEC= -38:06:11.41748 RAER= 13.07 DECER= 30.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0127+535', 'J0130+5347' RA= 01:30:44.218951 DEC= +53:47:04.09291 RAER= 0.63 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.023, 8.4, 0.041, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0128-068', 'J0130-0635' RA= 01:30:47.437822 DEC= -06:35:22.10773 RAER= 0.86 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.013, 8.4, 0.029, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0128-133', 'J0131-1302' RA= 01:31:00.778299 DEC= -13:02:53.06815 RAER= 0.65 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.014, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 125 observations" / source= '0128-259', 'J0131-2543' RA= 01:31:01.320081 DEC= -25:43:53.83942 RAER= 0.73 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a, 8.4, 0.053, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0127+610', 'J0131+6120' RA= 01:31:07.226410 DEC= +61:20:33.37050 RAER= 1.26 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.007, 8.4, 0.022, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0128+040', 'J0131+0418' RA= 01:31:07.930183 DEC= +04:18:00.91354 RAER= 0.75 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.032, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0128-124', 'J0131-1211' RA= 01:31:12.548763 DEC= -12:11:00.71392 RAER= 1.11 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.010, 8.4, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0128+43A', 'J0131+435A' RA= 01:31:13.445326 DEC= +43:58:12.85777 RAER= 6.15 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '0128+437', 'J0131+4358' RA= 01:31:13.466667 DEC= +43:58:12.93362 RAER= 1.79 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.009, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0128+554', 'J0131+5545' RA= 01:31:13.824696 DEC= +55:45:12.98039 RAER= 0.95 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.101, 0.042, 15.2, 0.093, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 75 observations" / source= '0128+040', 'J0131+0415' RA= 01:31:19.701488 DEC= +04:15:29.29077 RAER= 1.59 DECER= 3.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.027, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0128+383', 'J0131+3834' RA= 01:31:26.713453 DEC= +38:34:39.22089 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.153, 0.094, 8.4, 0.267, 0.232 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 477 observations" / source= '0128-104', 'J0131-1009' RA= 01:31:26.715417 DEC= -10:09:31.14247 RAER= 1.21 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.045, 8.4, 0.041, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0128+009', 'J0131+0109' RA= 01:31:27.617090 DEC= +01:09:47.06223 RAER= 0.39 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0128+139', 'J0131+1413' RA= 01:31:29.197319 DEC= +14:13:16.94995 RAER= 0.53 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.018, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0128+002', 'J0131+0033' RA= 01:31:32.915473 DEC= +00:33:21.53329 RAER= 0.56 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 59 observations" / source= '0129-266', 'J0131-2623' RA= 01:31:40.285708 DEC= -26:23:14.88875 RAER= 1.49 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.032, 8.4, 0.029, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0131-795', 'J0131-7916' RA= 01:31:48.822883 DEC= -79:16:17.48511 RAER= 0.98 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.186, 0.196 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 82 observations" / source= '0128+697', 'J0131+6958' RA= 01:31:52.715510 DEC= +69:58:42.01116 RAER= 1.71 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.085, 0.087 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 55 observations" / source= '0124+845', 'J0131+8446' RA= 01:31:56.955247 DEC= +84:46:12.76344 RAER= 96.59 DECER= 5.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.037, n/a, 5.0, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0129+197', 'J0131+2001' RA= 01:31:57.645277 DEC= +20:01:21.30143 RAER= 1.38 DECER= 2.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.023, 8.4, 0.018, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0129-085', 'J0131-0819' RA= 01:31:57.752719 DEC= -08:19:55.00645 RAER= 1.40 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.016, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0129+220', 'J0132+2216' RA= 01:32:03.078795 DEC= +22:16:50.33515 RAER= 0.12 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1417 observations" / source= '0129-071', 'J0132-0652' RA= 01:32:12.218984 DEC= -06:52:35.88784 RAER= 0.18 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.163, 0.045, 8.4, 0.109, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 152 observations" / source= '0129-07A', 'J0132-065A' RA= 01:32:12.223858 DEC= -06:52:36.17391 RAER= 0.41 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 54 observations. No flux information" / source= '0129+51A', 'J0132+521A' RA= 01:32:18.855388 DEC= +52:11:31.00129 RAER= 1.30 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations. No flux information" / source= '0129+519', 'J0132+5211' RA= 01:32:18.861077 DEC= +52:11:30.86029 RAER= 0.89 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.012, 8.4, 0.040, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0129+560', 'J0132+5620' RA= 01:32:20.447333 DEC= +56:20:40.36985 RAER= 0.21 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 537 observations" / source= '0129+304', 'J0132+3044' RA= 01:32:22.671884 DEC= +30:44:07.26793 RAER= 0.79 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.029, 8.4, 0.032, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0129+003', 'J0132+0035' RA= 01:32:23.962446 DEC= +00:35:41.23252 RAER= 0.31 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.030, 8.4, 0.036, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0130-620', 'J0132-6146' RA= 01:32:27.412821 DEC= -61:46:31.93015 RAER= 7.83 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0128+738', 'J0132+7404' RA= 01:32:31.656567 DEC= +74:04:26.34457 RAER= 4.49 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.024, 8.4, 0.063, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0130-099', 'J0132-0944' RA= 01:32:36.065728 DEC= -09:44:19.76375 RAER= 0.40 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.100, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0130-083', 'J0132-0804' RA= 01:32:41.126034 DEC= -08:04:04.83623 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.086, 8.4, 0.117, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 465 observations" / source= '0129+533', 'J0132+5335' RA= 01:32:42.743210 DEC= +53:35:14.10215 RAER= 2.48 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0129+592', 'J0132+5928' RA= 01:32:43.035879 DEC= +59:28:33.67924 RAER= 0.45 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.086, 8.4, 0.086, 0.081 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 126 observations" / source= '0130-171', 'J0132-1654' RA= 01:32:43.487453 DEC= -16:54:48.52208 RAER= 0.11 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4938 observations" / source= '0129+431', 'J0132+4325' RA= 01:32:44.126812 DEC= +43:25:32.66083 RAER= 0.15 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 600 observations" / source= '0130-074', 'J0132-0710' RA= 01:32:59.621931 DEC= -07:10:40.68066 RAER= 8.18 DECER= 13.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0130-447', 'J0133-4430' RA= 01:33:00.863704 DEC= -44:30:43.56448 RAER= 0.24 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.354, 0.271, 8.4, 0.169, 0.093 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 245 observations" / source= '0130+456', 'J0133+4555' RA= 01:33:03.274521 DEC= +45:55:49.70679 RAER= 0.28 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.106, 8.4, 0.114, 0.092 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0131-522', 'J0133-5200' RA= 01:33:05.762493 DEC= -52:00:03.94533 RAER= 0.16 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23714 observations. No flux information" / source= '0130-444', 'J0133-4414' RA= 01:33:06.365144 DEC= -44:14:21.39924 RAER= 2.75 DECER= 8.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.043, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0130+416', 'J0133+4151' RA= 01:33:18.337756 DEC= +41:51:36.47918 RAER= 2.57 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.014, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0130+242', 'J0133+2427' RA= 01:33:24.627961 DEC= +24:27:41.30469 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.027, 8.4, 0.088, 0.071 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 884 observations" / source= '0130+173', 'J0133+1733' RA= 01:33:28.775503 DEC= +17:33:54.18410 RAER= 0.41 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.010, 8.4, 0.018, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0130+198', 'J0133+2006' RA= 01:33:37.712543 DEC= +20:06:00.47832 RAER= 0.42 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.027, 8.4, 0.082, 0.007 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0131+100', 'J0133+1019' RA= 01:33:38.973362 DEC= +10:19:44.10207 RAER= 2.09 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0130+381', 'J0133+3822' RA= 01:33:43.050945 DEC= +38:22:59.36430 RAER= 0.68 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.015, 8.4, 0.036, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0131-237', 'J0133-2332' RA= 01:33:55.508068 DEC= -23:32:15.48686 RAER= 0.84 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0131-367', 'J0133-3629' RA= 01:33:57.694582 DEC= -36:29:35.45967 RAER= 4.50 DECER= 9.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.032, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0131-165', 'J0134-1617' RA= 01:34:09.554564 DEC= -16:17:40.04707 RAER= 0.96 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.047, 8.4, 0.038, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0130+541', 'J0134+5426' RA= 01:34:10.045000 DEC= +54:26:15.18249 RAER= 1.83 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.017, 8.4, 0.014, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 57 observations" / source= '0131-001', 'J0134+0003' RA= 01:34:12.704168 DEC= +00:03:45.13867 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.607, 0.171, 8.4, 0.196, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 423 observations" / source= '0131-013', 'J0134-0107' RA= 01:34:12.781413 DEC= -01:07:29.42325 RAER= 0.62 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 73 observations" / source= '0131-122', 'J0134-1202' RA= 01:34:24.960501 DEC= -12:02:38.24790 RAER= 0.45 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.050, 8.4, 0.055, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0131+263', 'J0134+2638' RA= 01:34:28.194799 DEC= +26:38:43.01151 RAER= 0.42 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.005, 8.4, 0.022, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 99 observations" / source= '0132-351', 'J0134-3454' RA= 01:34:29.134379 DEC= -34:54:26.07478 RAER= 65.18 DECER= 73.96 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0132-389', 'J0134-3843' RA= 01:34:32.030141 DEC= -38:43:33.38581 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.497, 0.245, 8.4, 0.419, 0.320 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 438 observations" / source= '0132-09B', 'J0134-093B' RA= 01:34:35.661517 DEC= -09:31:03.02093 RAER= 0.16 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.188, 0.083, 8.4, 0.214, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 301 observations" / source= '0132-097', 'J0134-093A' RA= 01:34:35.667070 DEC= -09:31:02.86337 RAER= 0.20 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.061, 8.4, 0.281, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 392 observations" / source= '0132-09C', 'J0134-093C' RA= 01:34:35.674400 DEC= -09:31:02.89011 RAER= 0.79 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.229, 0.110, 8.4, 0.226, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 109 observations" / source= '0132-09E', 'J0134-093E' RA= 01:34:35.685366 DEC= -09:31:02.63040 RAER= 0.69 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.241, 0.060, 8.4, 0.255, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 123 observations" / source= '0132-09D', 'J0134-093D' RA= 01:34:35.703438 DEC= -09:31:03.28223 RAER= 0.17 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.067, 8.4, 0.207, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 276 observations" / source= '0131+589', 'J0134+5914' RA= 01:34:39.115197 DEC= +59:14:31.56061 RAER= 0.63 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.126, 0.120, 8.4, 0.077, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0130+691', 'J0134+6925' RA= 01:34:40.761267 DEC= +69:25:10.89960 RAER= 0.30 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1958 observations" / source= '0132-273', 'J0134-2702' RA= 01:34:54.817679 DEC= -27:02:57.32457 RAER= 0.57 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.022, 8.4, 0.042, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0131+533', 'J0134+5337' RA= 01:34:59.284266 DEC= +53:37:23.35204 RAER= 6.11 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.057, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0132+352', 'J0135+3531' RA= 01:35:02.019966 DEC= +35:31:21.30937 RAER= 0.59 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.008, 0.007 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0132+103', 'J0135+1036' RA= 01:35:02.406130 DEC= +10:36:47.83888 RAER= 0.48 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.072, 8.4, 0.043, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0132+004', 'J0135+0043' RA= 01:35:10.951885 DEC= +00:43:08.85973 RAER= 0.61 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.042, 8.4, 0.037, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0132-003', 'J0135-0007' RA= 01:35:14.396038 DEC= -00:07:03.75477 RAER= 0.45 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.104, 8.4, 0.093, 0.090 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0133-266', 'J0135-2623' RA= 01:35:25.786498 DEC= -26:23:37.75158 RAER= 1.04 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.013, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0133-204', 'J0135-2008' RA= 01:35:37.509403 DEC= -20:08:45.86221 RAER= 0.12 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 468 observations" / source= '0133+217', 'J0135+2158' RA= 01:35:53.496571 DEC= +21:58:16.13767 RAER= 0.18 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.059, 8.4, 0.101, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 174 observations" / source= '0133-410', 'J0136-4044' RA= 01:36:02.856495 DEC= -40:44:50.29852 RAER= 0.20 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.197, 0.212 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 264 observations" / source= '0133-328', 'J0136-3238' RA= 01:36:04.956336 DEC= -32:38:10.72613 RAER= 1.60 DECER= 4.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.016, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 112 observations" / source= '0133+311', 'J0136+3124' RA= 01:36:17.538132 DEC= +31:24:32.22583 RAER= 0.52 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.025, 8.4, 0.045, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0134-329', 'J0136-3240' RA= 01:36:22.449586 DEC= -32:40:42.01472 RAER= 0.93 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.021, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 120 observations" / source= '0133+207', 'J0136+2057' RA= 01:36:24.420818 DEC= +20:57:27.52372 RAER= 0.33 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.030, 8.4, 0.064, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 69 observations" / source= '0133+202', 'J0136+2028' RA= 01:36:32.183742 DEC= +20:28:17.40595 RAER= 0.56 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.037, 8.4, 0.030, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0133+388', 'J0136+3905' RA= 01:36:32.598343 DEC= +39:05:59.19863 RAER= 0.19 DECER= 0.24 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 517 observations" / source= '0133+220', 'J0136+2219' RA= 01:36:40.471633 DEC= +22:19:38.36066 RAER= 0.23 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.181, 0.108, 8.4, 0.095, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0134-117', 'J0136-1132' RA= 01:36:40.756679 DEC= -11:32:05.37921 RAER= 0.47 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.036, 8.4, 0.045, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0134+105', 'J0136+1050' RA= 01:36:53.169301 DEC= +10:50:19.28955 RAER= 1.20 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.039, 8.4, 0.038, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0134-342', 'J0136-3402' RA= 01:36:55.023202 DEC= -34:02:32.97100 RAER= 7.71 DECER= 21.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0133+602', 'J0136+6032' RA= 01:36:56.806637 DEC= +60:32:05.06641 RAER= 35.11 DECER= 7.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.044, 0.093 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0133+476', 'J0136+4751' RA= 01:36:58.594812 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 355991 observations" / source= '0134-138', 'J0136-1335' RA= 01:36:58.745217 DEC= -13:35:34.58569 RAER= 2.27 DECER= 4.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0134-250', 'J0137-2444' RA= 01:37:07.671627 DEC= -24:44:47.79333 RAER= 0.71 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.107, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0134+311', 'J0137+3122' RA= 01:37:08.733636 DEC= +31:22:35.85555 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12698 observations" / source= '0134-033', 'J0137-0306' RA= 01:37:14.614566 DEC= -03:06:34.10683 RAER= 2.21 DECER= 3.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0134+215', 'J0137+2145' RA= 01:37:15.624961 DEC= +21:45:44.27118 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.103, 0.058, 8.4, 0.128, 0.087 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 565 observations" / source= '0134-229', 'J0137-2242' RA= 01:37:17.614616 DEC= -22:42:01.29354 RAER= 9.97 DECER= 13.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0134+084', 'J0137+0843' RA= 01:37:24.482837 DEC= +08:43:38.17547 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.014, 8.4, 0.083, 0.055 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 295 observations" / source= '0134+092', 'J0137+0930' RA= 01:37:24.807575 DEC= +09:30:43.18949 RAER= 4.87 DECER= 6.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0135-247', 'J0137-2430' RA= 01:37:38.346446 DEC= -24:30:53.88551 RAER= 0.12 DECER= 0.11 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1428 observations" / source= '0134+329', 'J0137+3309' RA= 01:37:41.299642 DEC= +33:09:35.07882 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7817 observations" / source= '0135-264', 'J0137-2613' RA= 01:37:41.608069 DEC= -26:13:27.86063 RAER= 0.48 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.035, 8.4, 0.054, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0134+579', 'J0137+5814' RA= 01:37:50.476453 DEC= +58:14:11.32224 RAER= 1.02 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.097, 0.053, 15.2, 0.069, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 90 observations" / source= '0135+091', 'J0137+0923' RA= 01:37:51.093792 DEC= +09:23:19.13174 RAER= 0.12 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 529 observations" / source= '0135+225', 'J0138+2248' RA= 01:38:01.145341 DEC= +22:48:08.57250 RAER= 0.48 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.012, 8.4, 0.021, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0135-131', 'J0138-1252' RA= 01:38:05.393148 DEC= -12:52:10.79519 RAER= 1.42 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0135-274', 'J0138-2711' RA= 01:38:09.818224 DEC= -27:11:27.93288 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.261, 0.219, 8.4, 0.157, 0.092 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 630 observations" / source= '0135+147', 'J0138+1501' RA= 01:38:10.147377 DEC= +15:01:53.79096 RAER= 0.48 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.014, 8.4, 0.020, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0135-296', 'J0138-2924' RA= 01:38:15.411493 DEC= -29:24:04.78885 RAER= 1.33 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.050, 8.4, 0.068, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0135+375', 'J0138+3745' RA= 01:38:23.145968 DEC= +37:45:28.11207 RAER= 2.13 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0129+859', 'J0138+8611' RA= 01:38:29.637122 DEC= +86:11:40.90459 RAER= 17.83 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.036, 8.4, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0136-464', 'J0138-4614' RA= 01:38:33.917370 DEC= -46:14:16.94997 RAER= 1.36 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations. No flux information" / source= '0135+291', 'J0138+2922' RA= 01:38:35.323692 DEC= +29:22:04.58924 RAER= 0.16 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.056, 8.4, 0.109, 0.055 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 117 observations" / source= '0135+359', 'J0138+3611' RA= 01:38:41.216194 DEC= +36:11:06.18344 RAER= 0.99 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.030, 8.4, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0135+483', 'J0138+4836' RA= 01:38:41.976504 DEC= +48:36:08.19408 RAER= 1.54 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.018, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0136-059', 'J0138-0540' RA= 01:38:51.851244 DEC= -05:40:08.24280 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.276, 0.134, 8.4, 0.211, 0.097 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 599 observations" / source= '0136-127', 'J0138-1230' RA= 01:38:51.897273 DEC= -12:30:38.60009 RAER= 0.37 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.072, 8.4, 0.076, 0.062 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0136-231', 'J0138-2254' RA= 01:38:57.465649 DEC= -22:54:47.32985 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.227, 0.179, 8.4, 0.209, 0.073 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 411 observations" / source= '0136+286', 'J0138+2851' RA= 01:38:57.693385 DEC= +28:51:26.64485 RAER= 1.20 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.012, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0136-076', 'J0138-0721' RA= 01:38:58.850478 DEC= -07:21:12.47483 RAER= 4.19 DECER= 10.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0136+257', 'J0138+2600' RA= 01:38:59.145207 DEC= +26:00:15.70661 RAER= 0.62 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.046, 8.4, 0.046, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0136+392', 'J0139+3927' RA= 01:39:01.745481 DEC= +39:27:54.75773 RAER= 0.41 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.065, 8.4, 0.064, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0136+165', 'J0139+1647' RA= 01:39:02.906848 DEC= +16:47:39.18266 RAER= 5.55 DECER= 5.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0136+480', 'J0139+4816' RA= 01:39:08.984730 DEC= +48:16:57.64712 RAER= 0.85 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 88 observations" / source= '0136+270', 'J0139+2718' RA= 01:39:09.469883 DEC= +27:18:25.28566 RAER= 0.55 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.047, 8.4, 0.071, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0135+583', 'J0139+5835' RA= 01:39:11.180425 DEC= +58:35:43.02660 RAER= 3.74 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.024, 8.4, 0.026, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0137-296', 'J0139-2925' RA= 01:39:29.376166 DEC= -29:25:06.54961 RAER= 0.85 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.018, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0137-477', 'J0139-4732' RA= 01:39:40.367298 DEC= -47:32:00.80423 RAER= 3.58 DECER= 3.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.056, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0136+176', 'J0139+1753' RA= 01:39:41.979169 DEC= +17:53:07.54992 RAER= 0.14 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 573 observations" / source= '0137-240', 'J0139-2345' RA= 01:39:44.462637 DEC= -23:45:58.15495 RAER= 0.19 DECER= 0.37 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 115 observations" / source= '0136+242', 'J0139+2431' RA= 01:39:44.754476 DEC= +24:31:20.60462 RAER= 0.51 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.015, 8.4, 0.038, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0136+424', 'J0139+4241' RA= 01:39:54.655494 DEC= +42:41:11.13103 RAER= 1.16 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.018, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0137-273', 'J0139-2705' RA= 01:39:55.398576 DEC= -27:05:29.17873 RAER= 0.25 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, 0.051, 8.4, 0.048, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 326 observations" / source= '0137+228', 'J0139+2307' RA= 01:39:56.344939 DEC= +23:07:16.60212 RAER= 2.72 DECER= 3.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0137+081', 'J0139+0824' RA= 01:39:57.193746 DEC= +08:24:26.65231 RAER= 0.23 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.037, 8.4, 0.052, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 292 observations" / source= '0137+012', 'J0139+0131' RA= 01:39:57.305780 DEC= +01:31:46.13875 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.070, 8.4, 0.186, 0.163 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 773 observations" / source= '0137-158', 'J0140-1532' RA= 01:40:04.435194 DEC= -15:32:55.68012 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.213, 8.4, 0.336, 0.231 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 616 observations" / source= '0137+245', 'J0140+2446' RA= 01:40:06.127964 DEC= +24:46:11.83948 RAER= 0.50 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.034, 8.4, 0.051, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0137-102', 'J0140-0956' RA= 01:40:12.830755 DEC= -09:56:57.49024 RAER= 1.33 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 60 observations" / source= '0137+401', 'J0140+4024' RA= 01:40:33.754613 DEC= +40:24:13.89406 RAER= 0.97 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.019, 8.4, 0.024, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0138-381', 'J0140-3756' RA= 01:40:36.820519 DEC= -37:56:45.81199 RAER= 0.23 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.070, 0.066, 8.4, 0.063, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 236 observations" / source= '0138-129', 'J0140-1241' RA= 01:40:37.443540 DEC= -12:41:55.35684 RAER= 0.40 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.040, 8.4, 0.059, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0137+443', 'J0140+4435' RA= 01:40:39.776507 DEC= +44:35:33.75485 RAER= 1.32 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.007, 8.4, 0.082, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0138-082', 'J0140-0758' RA= 01:40:40.891317 DEC= -07:58:48.98527 RAER= 0.79 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.015, 8.4, 0.015, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0137+467', 'J0140+4658' RA= 01:40:43.072355 DEC= +46:58:28.49081 RAER= 0.21 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.245, 0.054, 8.4, 0.122, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 543 observations" / source= '0137+635', 'J0140+6346' RA= 01:40:43.077918 DEC= +63:46:06.89062 RAER= 0.27 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 678 observations" / source= '0138+026', 'J0140+0254' RA= 01:40:43.587810 DEC= +02:54:44.58869 RAER= 0.22 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.043, 8.4, 0.049, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0138-295', 'J0140-2917' RA= 01:40:45.812391 DEC= -29:17:50.69041 RAER= 15.12 DECER= 20.96 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations. No flux information" / source= '0138-161', 'J0140-1556' RA= 01:40:47.906042 DEC= -15:56:01.87247 RAER= 0.39 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.067, 8.4, 0.082, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0138-329', 'J0140-3244' RA= 01:40:51.185280 DEC= -32:44:10.97606 RAER= 9.75 DECER= 38.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0137+434', 'J0140+4342' RA= 01:40:54.664473 DEC= +43:42:45.20763 RAER= 0.18 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.087, 8.4, 0.155, 0.070 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 597 observations" / source= '0137+644', 'J0140+6441' RA= 01:40:58.526462 DEC= +64:41:04.05248 RAER= 4.15 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.027, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0136+748', 'J0141+7506' RA= 01:41:00.620766 DEC= +75:06:28.25803 RAER= 1.97 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 80 observations" / source= '0138-219', 'J0141-2144' RA= 01:41:06.818374 DEC= -21:44:24.54641 RAER= 0.49 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.059, 8.4, 0.024, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0138+136', 'J0141+1353' RA= 01:41:09.148556 DEC= +13:53:28.40236 RAER= 0.43 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.336, 0.006, 8.4, 0.257, 0.006 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 233 observations" / source= '0137+728', 'J0141+7307' RA= 01:41:19.046173 DEC= +73:07:42.58994 RAER= 0.87 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.052, 8.4, 0.099, 0.055 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0139-384', 'J0141-3812' RA= 01:41:19.572450 DEC= -38:12:49.65602 RAER= 0.98 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.068, 8.4, 0.046, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0138+330', 'J0141+3318' RA= 01:41:22.889952 DEC= +33:18:30.12298 RAER= 0.59 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.060, 8.4, 0.076, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 61 observations" / source= '0138+331', 'J0141+3322' RA= 01:41:24.844081 DEC= +33:22:15.07513 RAER= 0.88 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 54 observations" / source= '0138-097', 'J0141-0928' RA= 01:41:25.832164 DEC= -09:28:43.67432 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7281 observations" / source= '0139-273', 'J0141-2706' RA= 01:41:27.209435 DEC= -27:06:05.82358 RAER= 18.93 DECER= 15.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0138+302', 'J0141+3029' RA= 01:41:28.359382 DEC= +30:29:56.46209 RAER= 0.55 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.025, 8.4, 0.027, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0139-022', 'J0141-0202' RA= 01:41:33.790178 DEC= -02:02:21.55364 RAER= 0.11 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 704 observations" / source= '0139-097', 'J0141-0930' RA= 01:41:37.939737 DEC= -09:30:01.78651 RAER= 0.12 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1420 observations" / source= '0139-570', 'J0141-5650' RA= 01:41:41.467183 DEC= -56:50:37.36674 RAER= 1.64 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.126, 0.086 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 98 observations" / source= '0139-235', 'J0141-2315' RA= 01:41:41.732841 DEC= -23:15:10.97005 RAER= 4.00 DECER= 5.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0139-478', 'J0141-4736' RA= 01:41:48.774460 DEC= -47:36:22.20483 RAER= 4.08 DECER= 3.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.087, 0.066 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0139+228', 'J0141+2303' RA= 01:41:57.025362 DEC= +23:03:18.92660 RAER= 2.54 DECER= 6.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0139+391', 'J0141+3923' RA= 01:41:57.755365 DEC= +39:23:29.12698 RAER= 0.28 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 108 observations" / source= '0139+383', 'J0141+3833' RA= 01:41:58.341570 DEC= +38:33:10.33021 RAER= 0.63 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.058, 8.4, 0.054, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0139-138', 'J0142-1336' RA= 01:42:04.997005 DEC= -13:36:24.29341 RAER= 4.30 DECER= 8.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0138+495', 'J0142+4945' RA= 01:42:05.881663 DEC= +49:45:37.73272 RAER= 0.88 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.037, 8.4, 0.036, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0139-312', 'J0142-3057' RA= 01:42:08.121628 DEC= -30:57:22.59557 RAER= 1.12 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0139-015', 'J0142-0114' RA= 01:42:14.968415 DEC= -01:14:57.00075 RAER= 0.47 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, n/a, 8.4, 0.091, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0140-274', 'J0142-2711' RA= 01:42:20.176453 DEC= -27:11:25.32558 RAER= 0.22 DECER= 0.50 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 100 observations" / source= '0139-174', 'J0142-1714' RA= 01:42:23.405788 DEC= -17:14:35.42510 RAER= 0.40 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.041, 8.4, 0.058, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0139+265', 'J0142+2646' RA= 01:42:28.098395 DEC= +26:46:41.53434 RAER= 0.42 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.049, 8.4, 0.055, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0139+082', 'J0142+0827' RA= 01:42:31.070453 DEC= +08:27:58.26631 RAER= 0.56 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.024, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0139+217', 'J0142+2157' RA= 01:42:35.441494 DEC= +21:57:32.30213 RAER= 0.40 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, 0.048, 8.4, 0.079, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0140-079', 'J0142-0743' RA= 01:42:36.445216 DEC= -07:43:03.14887 RAER= 4.61 DECER= 5.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0140-059', 'J0142-0544' RA= 01:42:38.877176 DEC= -05:44:01.55984 RAER= 0.16 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.039, 8.4, 0.111, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 135 observations" / source= '0140-168', 'J0142-1633' RA= 01:42:45.261213 DEC= -16:33:07.19621 RAER= 0.42 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 85 observations" / source= '0141-609', 'J0142-6044' RA= 01:42:56.906522 DEC= -60:44:48.95707 RAER= 0.44 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.495, 0.183 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 67 observations" / source= '0140-190', 'J0142-1849' RA= 01:42:58.020536 DEC= -18:49:41.42377 RAER= 0.80 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.052, 8.4, 0.107, 0.075 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0140+283', 'J0143+2833' RA= 01:43:00.432481 DEC= +28:33:37.53137 RAER= 3.19 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0140+133', 'J0143+1338' RA= 01:43:02.319673 DEC= +13:38:44.91667 RAER= 0.28 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.084, n/a, 8.4, 0.274, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 156 observations" / source= '0140+412', 'J0143+4129' RA= 01:43:03.184547 DEC= +41:29:20.44538 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.164, 0.132, 8.4, 0.171, 0.141 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 623 observations" / source= '0140-366', 'J0143-3622' RA= 01:43:08.760110 DEC= -36:22:58.47286 RAER= 0.74 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.020, 8.4, 0.035, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0140-322', 'J0143-3200' RA= 01:43:10.131575 DEC= -32:00:56.65237 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.132, 8.4, 0.235, 0.205 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 542 observations" / source= '0140-015', 'J0143-0119' RA= 01:43:16.721674 DEC= -01:19:01.04206 RAER= 0.43 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.024, 8.4, 0.032, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0140+120', 'J0143+1215' RA= 01:43:31.092283 DEC= +12:15:42.93270 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.118, 0.038, 8.4, 0.113, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 561 observations" / source= '0140+264', 'J0143+2639' RA= 01:43:37.140973 DEC= +26:39:32.55720 RAER= 0.63 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.008, 8.4, 0.031, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0140+490', 'J0143+4915' RA= 01:43:46.880022 DEC= +49:15:41.58431 RAER= 0.26 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.212, 0.068, 8.4, 0.089, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 434 observations" / source= '0142-590', 'J0143-5845' RA= 01:43:47.430261 DEC= -58:45:51.37884 RAER= 19.25 DECER= 7.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0141-229', 'J0143-2242' RA= 01:43:50.787621 DEC= -22:42:36.24323 RAER= 0.91 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0141+019', 'J0143+0211' RA= 01:43:56.032709 DEC= +02:11:48.14520 RAER= 1.03 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.009, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0141+339', 'J0144+3411' RA= 01:44:11.831010 DEC= +34:11:56.39578 RAER= 0.22 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.049, 0.029, 8.4, 0.030, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 480 observations" / source= '0142-646', 'J0144-6421' RA= 01:44:16.767150 DEC= -64:21:42.78096 RAER= 2.69 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.105, 0.108 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0141-033', 'J0144-0304' RA= 01:44:20.035510 DEC= -03:04:06.96189 RAER= 0.97 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.008, 8.4, 0.014, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0141+268', 'J0144+2705' RA= 01:44:33.553853 DEC= +27:05:03.11811 RAER= 0.13 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 835 observations" / source= '0142-182', 'J0144-1758' RA= 01:44:34.962157 DEC= -17:58:28.93089 RAER= 0.54 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.018, 8.4, 0.051, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0141+072', 'J0144+0729' RA= 01:44:35.347789 DEC= +07:29:00.53998 RAER= 0.65 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.019, 8.4, 0.028, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0142-383', 'J0144-3805' RA= 01:44:39.484894 DEC= -38:05:20.49983 RAER= 5.81 DECER= 17.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0142+025', 'J0144+0245' RA= 01:44:53.387325 DEC= +02:45:17.07210 RAER= 0.91 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.019, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0142-398', 'J0144-3938' RA= 01:44:54.093591 DEC= -39:38:10.52619 RAER= 0.21 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.071, 8.4, 0.138, 0.095 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 176 observations" / source= '0142+127', 'J0144+1259' RA= 01:44:59.234220 DEC= +12:59:49.10711 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.033, 8.4, 0.032, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 267 observations" / source= '0142-369', 'J0145-3640' RA= 01:45:00.314208 DEC= -36:40:42.01871 RAER= 1.31 DECER= 5.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0142-278', 'J0145-2733' RA= 01:45:03.394589 DEC= -27:33:34.32846 RAER= 0.13 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 681 observations" / source= '0142-218', 'J0145-2138' RA= 01:45:14.163978 DEC= -21:38:13.99900 RAER= 0.57 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.030, 8.4, 0.068, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0141+579', 'J0145+5810' RA= 01:45:14.298480 DEC= +58:10:49.79134 RAER= 0.84 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.202, 0.033, 8.4, 0.074, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 326 observations" / source= '0142-260', 'J0145-2545' RA= 01:45:17.290025 DEC= -25:45:55.50416 RAER= 0.88 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.033, 8.4, 0.040, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0143-284', 'J0145-2814' RA= 01:45:26.485921 DEC= -28:14:35.42552 RAER= 0.56 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.042, 8.4, 0.050, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0142+387', 'J0145+3857' RA= 01:45:29.216320 DEC= +38:57:42.11722 RAER= 0.84 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.024, 8.4, 0.025, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0142+359', 'J0145+3614' RA= 01:45:40.192686 DEC= +36:14:15.40392 RAER= 2.58 DECER= 2.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0143-208', 'J0145-2038' RA= 01:45:41.167564 DEC= -20:38:21.37472 RAER= 1.49 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.024, 8.4, 0.034, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0143+089', 'J0145+0909' RA= 01:45:51.738202 DEC= +09:09:55.94638 RAER= 0.44 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.022, 8.4, 0.028, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0143+230', 'J0145+2319' RA= 01:45:52.906254 DEC= +23:19:19.29806 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.429, 0.365, 8.4, 0.323, 0.178 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 585 observations" / source= '0142+679', 'J0146+6810' RA= 01:46:11.045674 DEC= +68:10:07.97928 RAER= 3.36 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, n/a, 8.4, 0.073, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0143+021', 'J0146+0222' RA= 01:46:14.550176 DEC= +02:22:08.37300 RAER= 6.87 DECER= 7.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0143+463', 'J0146+4635' RA= 01:46:15.195425 DEC= +46:35:17.50995 RAER= 0.86 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.023, 8.4, 0.034, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0143+162', 'J0146+1630' RA= 01:46:19.033934 DEC= +16:30:55.32535 RAER= 0.39 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.050, 8.4, 0.061, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0143+458', 'J0146+4606' RA= 01:46:26.524013 DEC= +46:06:17.89449 RAER= 1.38 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.010, 8.4, 0.012, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 60 observations" / source= '0143+475', 'J0146+4745' RA= 01:46:31.148920 DEC= +47:45:55.07012 RAER= 0.62 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.018, 8.4, 0.060, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0143+125', 'J0146+1245' RA= 01:46:33.279108 DEC= +12:45:50.85746 RAER= 1.05 DECER= 1.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.011, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0144-122', 'J0146-1159' RA= 01:46:35.480749 DEC= -11:59:31.63876 RAER= 1.19 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.010, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0144-277', 'J0146-2727' RA= 01:46:40.290437 DEC= -27:27:40.54918 RAER= 1.27 DECER= 4.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0143+426', 'J0146+4252' RA= 01:46:44.452800 DEC= +42:52:06.00185 RAER= 38.19 DECER= 27.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0144-374', 'J0146-3711' RA= 01:46:46.086730 DEC= -37:11:55.31327 RAER= 1.06 DECER= 3.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.023, 8.4, 0.025, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0144-522', 'J0146-5202' RA= 01:46:48.581845 DEC= -52:02:33.64681 RAER= 2.39 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.117, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0144-022', 'J0146-0157' RA= 01:46:52.788927 DEC= -01:57:21.14883 RAER= 3.24 DECER= 4.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0144-159', 'J0146-1540' RA= 01:46:52.906058 DEC= -15:40:51.00900 RAER= 0.39 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.046, 8.4, 0.087, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0144-380', 'J0146-3747' RA= 01:46:55.620495 DEC= -37:47:22.28428 RAER= 24.81 DECER= 52.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0144+209', 'J0146+2110' RA= 01:46:58.783777 DEC= +21:10:24.38410 RAER= 0.16 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 1.026, 0.100, 8.4, 0.258, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 632 observations" / source= '0144-219', 'J0147-2144' RA= 01:47:07.353264 DEC= -21:44:42.51225 RAER= 0.65 DECER= 1.24 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0144+201', 'J0147+2023' RA= 01:47:11.307822 DEC= +20:23:36.41857 RAER= 0.61 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.031, 8.4, 0.024, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0144-209', 'J0147-2043' RA= 01:47:16.361938 DEC= -20:43:01.00423 RAER= 1.32 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.011, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0143+653', 'J0147+6535' RA= 01:47:17.889968 DEC= +65:35:58.32848 RAER= 1.05 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.057, 8.4, 0.051, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0144-053', 'J0147-0508' RA= 01:47:18.347054 DEC= -05:08:01.78951 RAER= 0.63 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.115, 0.070, 8.4, 0.087, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0144+557', 'J0147+5600' RA= 01:47:20.472194 DEC= +56:00:11.17642 RAER= 31.68 DECER= 17.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0144-050', 'J0147-0445' RA= 01:47:21.123033 DEC= -04:45:42.14779 RAER= 0.61 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.030, 8.4, 0.061, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0144+070', 'J0147+0715' RA= 01:47:27.795233 DEC= +07:15:03.07025 RAER= 4.45 DECER= 6.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0143+662', 'J0147+6627' RA= 01:47:28.394606 DEC= +66:27:20.74990 RAER= 0.77 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.064, 8.4, 0.052, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0145-218', 'J0147-2139' RA= 01:47:32.513044 DEC= -21:39:01.30701 RAER= 1.16 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.049, 8.4, 0.057, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0145-242', 'J0147-2358' RA= 01:47:36.043158 DEC= -23:58:17.13735 RAER= 1.20 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.020, 8.4, 0.032, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0144+487', 'J0147+4859' RA= 01:47:37.775059 DEC= +48:59:37.51071 RAER= 0.20 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.156, 0.058, 8.4, 0.144, 0.084 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 436 observations" / source= '0145-087', 'J0147-0827' RA= 01:47:38.386099 DEC= -08:27:18.04678 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.076, 8.4, 0.132, 0.107 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 386 observations" / source= '0144+584', 'J0147+5840' RA= 01:47:46.540858 DEC= +58:40:44.97099 RAER= 0.23 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.218, 0.142, 8.4, 0.130, 0.061 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 913 observations" / source= '0145+060', 'J0147+0619' RA= 01:47:50.232913 DEC= +06:19:14.24087 RAER= 2.49 DECER= 2.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0145+210', 'J0147+2115' RA= 01:47:53.822860 DEC= +21:15:39.72656 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.359, 0.158, 8.4, 0.151, 0.062 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 694 observations" / source= '0144+430', 'J0147+4319' RA= 01:47:57.668967 DEC= +43:19:43.18808 RAER= 6.97 DECER= 7.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0145+064', 'J0147+0641' RA= 01:47:57.924944 DEC= +06:41:51.23643 RAER= 0.47 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.019, 8.4, 0.025, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 52 observations" / source= '0145-135', 'J0148-1320' RA= 01:48:04.682657 DEC= -13:20:19.45577 RAER= 0.46 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.014, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0145-247', 'J0148-2432' RA= 01:48:06.322995 DEC= -24:32:44.74378 RAER= 9.06 DECER= 9.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0145+346', 'J0148+3453' RA= 01:48:14.750300 DEC= +34:53:11.52984 RAER= 0.62 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.027, 8.4, 0.039, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0145+000', 'J0148+0019' RA= 01:48:16.255974 DEC= +00:19:44.95254 RAER= 0.44 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.018, 8.4, 0.027, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0146-285', 'J0148-2818' RA= 01:48:19.186460 DEC= -28:18:42.92123 RAER= 61.07 DECER= 59.47 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0145+517', 'J0148+5202' RA= 01:48:20.336533 DEC= +52:02:05.12854 RAER= 0.68 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.017, 8.4, 0.019, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0145+386', 'J0148+3854' RA= 01:48:24.377539 DEC= +38:54:05.22036 RAER= 0.14 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.461, 0.397, 8.4, 0.493, 0.175 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 738 observations" / source= '0145+195', 'J0148+1946' RA= 01:48:26.389809 DEC= +19:46:34.56289 RAER= 4.96 DECER= 7.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0145+102', 'J0148+1028' RA= 01:48:28.873874 DEC= +10:28:21.30761 RAER= 0.38 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.007, 8.4, 0.057, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 363 observations" / source= '0145+012', 'J0148+0129' RA= 01:48:33.794992 DEC= +01:29:01.43923 RAER= 0.41 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 105 observations" / source= '0145+227', 'J0148+2258' RA= 01:48:37.030180 DEC= +22:58:43.14138 RAER= 0.55 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.019, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0146+092', 'J0148+0927' RA= 01:48:41.235587 DEC= +09:27:22.98867 RAER= 0.42 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 237 observations" / source= '0145+420', 'J0148+4215' RA= 01:48:44.576381 DEC= +42:15:19.40451 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.077, 8.4, 0.124, 0.117 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 382 observations" / source= '0146-228', 'J0148-2238' RA= 01:48:52.101268 DEC= -22:38:45.51881 RAER= 1.07 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.045, 8.4, 0.054, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0146-126', 'J0149-1225' RA= 01:49:05.954270 DEC= -12:25:37.18514 RAER= 0.86 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.010, 8.4, 0.032, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0146+250', 'J0149+2515' RA= 01:49:12.025037 DEC= +25:15:09.24832 RAER= 0.93 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0146+202', 'J0149+2030' RA= 01:49:18.254128 DEC= +20:30:29.35520 RAER= 0.70 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.019, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0146+056', 'J0149+0555' RA= 01:49:22.370901 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4021 observations" / source= '0147-337', 'J0149-3330' RA= 01:49:29.091118 DEC= -33:30:36.84576 RAER= 158.78 DECER= 171.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0147-078', 'J0149-0733' RA= 01:49:34.036257 DEC= -07:33:17.12744 RAER= 0.46 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.031, 8.4, 0.045, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0140+857', 'J0149+8601' RA= 01:49:35.254902 DEC= +86:01:15.45936 RAER= 14.48 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.023, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0147+028', 'J0149+0303' RA= 01:49:44.096930 DEC= +03:03:11.82387 RAER= 0.97 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.012, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0146+362', 'J0149+3628' RA= 01:49:46.077171 DEC= +36:28:32.64418 RAER= 0.85 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.242, 0.015, 8.4, 0.179, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0147+187', 'J0149+1857' RA= 01:49:49.718955 DEC= +18:57:20.61140 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.317, 0.193, 8.4, 0.358, 0.136 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 494 observations" / source= '0147-076', 'J0150-0725' RA= 01:50:02.696760 DEC= -07:25:48.49891 RAER= 0.26 DECER= 0.49 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 460 observations" / source= '0147+207', 'J0150+2059' RA= 01:50:02.716457 DEC= +20:59:40.98719 RAER= 0.55 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.034, 8.4, 0.039, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0147+265', 'J0150+2646' RA= 01:50:02.805000 DEC= +26:46:28.08426 RAER= 0.14 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.087, 0.052, 8.4, 0.103, 0.084 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 484 observations" / source= '0147+031', 'J0150+0321' RA= 01:50:04.047390 DEC= +03:21:54.99225 RAER= 0.67 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0147-113', 'J0150-1108' RA= 01:50:17.974683 DEC= -11:08:43.86322 RAER= 0.79 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.012, 8.4, 0.021, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0147+400', 'J0150+4017' RA= 01:50:19.610197 DEC= +40:17:30.02069 RAER= 0.46 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.059, 8.4, 0.099, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0148-338', 'J0150-3338' RA= 01:50:20.998357 DEC= -33:38:24.64350 RAER= 1.95 DECER= 3.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.023, 8.4, 0.045, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0147+270', 'J0150+2717' RA= 01:50:22.660775 DEC= +27:17:52.66964 RAER= 0.82 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.017, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0147+211', 'J0150+2123' RA= 01:50:23.008984 DEC= +21:23:56.40721 RAER= 0.70 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.030, 8.4, 0.037, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0147-060', 'J0150-0545' RA= 01:50:23.823399 DEC= -05:45:15.17578 RAER= 0.81 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.031, 8.4, 0.050, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0147-152', 'J0150-1458' RA= 01:50:24.863868 DEC= -14:58:18.42204 RAER= 0.37 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.169, n/a, 8.4, 0.155, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0148-055', 'J0150-0521' RA= 01:50:34.343854 DEC= -05:21:07.41668 RAER= 2.52 DECER= 6.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0147+371', 'J0150+3723' RA= 01:50:40.363005 DEC= +37:23:09.30954 RAER= 0.49 DECER= 0.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 68 observations" / source= '0148+021', 'J0150+0224' RA= 01:50:43.343873 DEC= +02:24:09.60659 RAER= 4.03 DECER= 7.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0148-550', 'J0150-5450' RA= 01:50:44.533556 DEC= -54:50:05.05718 RAER= 3.71 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.023, n/a, 8.4, 0.020, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0147+456', 'J0150+4555' RA= 01:50:46.517328 DEC= +45:55:40.02079 RAER= 0.57 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.076, 8.4, 0.059, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0148-092', 'J0150-0901' RA= 01:50:50.348499 DEC= -09:01:26.83319 RAER= 0.47 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.017, 8.4, 0.018, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0148-316', 'J0150-3123' RA= 01:50:53.243983 DEC= -31:23:23.39625 RAER= 13.30 DECER= 21.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0148+054', 'J0151+0540' RA= 01:51:01.841718 DEC= +05:40:34.00985 RAER= 0.35 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.042, 8.4, 0.058, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0148-177', 'J0151-1732' RA= 01:51:06.083346 DEC= -17:32:44.71835 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.285, 0.210, 8.4, 0.375, 0.244 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2404 observations" / source= '0148+250', 'J0151+2517' RA= 01:51:06.233871 DEC= +25:17:28.66248 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.117, 8.4, 0.112, 0.076 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 454 observations" / source= '0148-097', 'J0151-0932' RA= 01:51:06.700273 DEC= -09:32:00.40818 RAER= 0.55 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.028, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0148+126', 'J0151+1252' RA= 01:51:13.668098 DEC= +12:52:02.97834 RAER= 0.48 DECER= 1.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 105 observations" / source= '0148-096', 'J0151-0922' RA= 01:51:19.526263 DEC= -09:22:47.71112 RAER= 0.40 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.082, 8.4, 0.084, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0148+440', 'J0151+4417' RA= 01:51:20.879153 DEC= +44:17:35.89918 RAER= 0.61 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.063, 8.4, 0.058, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0149-348', 'J0151-3435' RA= 01:51:23.489094 DEC= -34:35:13.87723 RAER= 0.16 DECER= 0.27 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 427 observations" / source= '0148+274', 'J0151+2744' RA= 01:51:27.146183 DEC= +27:44:41.79354 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1744 observations" / source= '0149-363', 'J0151-3606' RA= 01:51:27.443115 DEC= -36:06:17.67299 RAER= 0.48 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.027, 8.4, 0.029, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0148+165', 'J0151+1646' RA= 01:51:35.069583 DEC= +16:46:08.70608 RAER= 0.38 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.036, 8.4, 0.039, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0148+546', 'J0151+5454' RA= 01:51:36.285681 DEC= +54:54:37.69042 RAER= 0.21 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 544 observations" / source= '0148+513', 'J0151+5134' RA= 01:51:40.838085 DEC= +51:34:27.65829 RAER= 0.29 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, 0.095, 8.4, 0.092, 0.064 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 108 observations" / source= '0148+293', 'J0151+2935' RA= 01:51:44.675692 DEC= +29:35:56.21603 RAER= 0.79 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.029, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0149-175', 'J0151-1719' RA= 01:51:48.049373 DEC= -17:19:55.05449 RAER= 0.13 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.163, 8.4, 0.111, 0.056 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 419 observations" / source= '0149+120', 'J0152+1217' RA= 01:52:06.682256 DEC= +12:17:37.36963 RAER= 0.19 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.039, 8.4, 0.037, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 242 observations" / source= '0149+398', 'J0152+4004' RA= 01:52:08.399596 DEC= +40:04:33.87118 RAER= 0.43 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 78 observations" / source= '0149-196', 'J0152-1923' RA= 01:52:08.759238 DEC= -19:23:25.85002 RAER= 7.94 DECER= 10.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0149-268', 'J0152-2635' RA= 01:52:12.044077 DEC= -26:35:54.08713 RAER= 0.48 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.027, 8.4, 0.088, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0149+370', 'J0152+3716' RA= 01:52:12.219961 DEC= +37:16:05.66728 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.223, 0.127, 8.4, 0.209, 0.134 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 598 observations" / source= '0149+082', 'J0152+0831' RA= 01:52:14.901304 DEC= +08:31:41.81042 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.046, 8.4, 0.091, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 260 observations" / source= '0149+224', 'J0152+2242' RA= 01:52:17.391780 DEC= +22:42:43.37533 RAER= 0.64 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.021, 8.4, 0.029, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0149+218', 'J0152+2207' RA= 01:52:18.059039 DEC= +22:07:07.69976 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8021 observations" / source= '0149+044', 'J0152+0442' RA= 01:52:20.812581 DEC= +04:42:37.90557 RAER= 0.49 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.009, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0150-275', 'J0152-2718' RA= 01:52:23.547821 DEC= -27:18:55.24100 RAER= 13.42 DECER= 20.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0150-202', 'J0152-2001' RA= 01:52:27.326045 DEC= -20:01:07.04822 RAER= 0.51 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.065, 8.4, 0.079, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0150-067', 'J0152-0629' RA= 01:52:30.293958 DEC= -06:29:55.69100 RAER= 0.60 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.009, 8.4, 0.039, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0150-144', 'J0152-1412' RA= 01:52:32.012458 DEC= -14:12:39.39409 RAER= 0.12 DECER= 0.11 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 680 observations" / source= '0149+437', 'J0152+4356' RA= 01:52:33.299612 DEC= +43:56:52.72827 RAER= 0.68 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, 0.085, 8.4, 0.051, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0150-299', 'J0152-2942' RA= 01:52:33.692895 DEC= -29:42:47.92744 RAER= 0.14 DECER= 0.20 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 526 observations" / source= '0149+335', 'J0152+3350' RA= 01:52:34.576410 DEC= +33:50:33.15849 RAER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1465 observations" / source= '0150-057', 'J0152-0532' RA= 01:52:36.550733 DEC= -05:32:14.77674 RAER= 0.91 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.009, 8.4, 0.016, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0150+015', 'J0152+0147' RA= 01:52:39.610934 DEC= +01:47:17.38378 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.071, 0.056, 8.4, 0.070, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 641 observations" / source= '0149+183', 'J0152+1836' RA= 01:52:41.613691 DEC= +18:36:34.55856 RAER= 0.59 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.010, 8.4, 0.019, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0150+116', 'J0152+1153' RA= 01:52:41.744282 DEC= +11:53:39.80611 RAER= 0.73 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.016, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0150+000', 'J0152+0020' RA= 01:52:43.149979 DEC= +00:20:39.71153 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.078, 0.059, 8.4, 0.091, 0.093 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 374 observations" / source= '0149+359', 'J0152+3609' RA= 01:52:46.457905 DEC= +36:09:06.49419 RAER= 1.37 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.012, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0150-381', 'J0152-3751' RA= 01:52:53.869751 DEC= -37:51:24.36462 RAER= 17.93 DECER= 35.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0150-27A', 'J0152-2720' RA= 01:52:59.850040 DEC= -27:20:50.19469 RAER= 2.28 DECER= 6.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0150-193', 'J0153-1906' RA= 01:53:01.511116 DEC= -19:06:56.68668 RAER= 0.12 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 645 observations" / source= '0150-134', 'J0153-1310' RA= 01:53:03.391315 DEC= -13:10:12.70151 RAER= 0.61 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.044, 8.4, 0.029, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0150+394', 'J0153+3942' RA= 01:53:05.189068 DEC= +39:42:35.69123 RAER= 0.62 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.034, 8.4, 0.043, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0148+750', 'J0153+7517' RA= 01:53:07.381816 DEC= +75:17:42.92254 RAER= 3.72 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.015, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0150-334', 'J0153-3310' RA= 01:53:10.121725 DEC= -33:10:25.86189 RAER= 0.15 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 397 observations" / source= '0151-285', 'J0153-2817' RA= 01:53:18.087547 DEC= -28:17:13.17977 RAER= 0.87 DECER= 2.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0150-038', 'J0153-0337' RA= 01:53:19.521098 DEC= -03:37:02.81904 RAER= 0.72 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0150-03A', 'J0153-0333' RA= 01:53:23.823540 DEC= -03:33:58.03926 RAER= 275.33 DECER= 429.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0151-167', 'J0153-1631' RA= 01:53:25.150091 DEC= -16:31:13.75623 RAER= 0.27 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.045, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0149+710', 'J0153+7115' RA= 01:53:25.851041 DEC= +71:15:06.46344 RAER= 0.34 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2513 observations" / source= '0151-164', 'J0153-1611' RA= 01:53:28.589145 DEC= -16:11:27.58946 RAER= 0.85 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0151+028', 'J0153+0304' RA= 01:53:35.458110 DEC= +03:04:21.45591 RAER= 4.04 DECER= 8.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0150+628', 'J0153+6307' RA= 01:53:44.195704 DEC= +63:07:08.88795 RAER= 0.66 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.039, 8.4, 0.068, 0.058 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0151+046', 'J0153+0456' RA= 01:53:56.949823 DEC= +04:56:03.29058 RAER= 1.07 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.011, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0151+109', 'J0154+1113' RA= 01:54:00.398397 DEC= +11:13:54.73971 RAER= 0.13 DECER= 0.15 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 448 observations" / source= '0151+081', 'J0154+0823' RA= 01:54:02.770245 DEC= +08:23:51.06765 RAER= 0.12 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 593 observations" / source= '0151+508', 'J0154+5107' RA= 01:54:18.410712 DEC= +51:07:21.27272 RAER= 1.89 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.012, 8.4, 0.053, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0152-513', 'J0154-5107' RA= 01:54:19.695826 DEC= -51:07:51.72907 RAER= 2.39 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.236, 0.150 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0151-028', 'J0154-0234' RA= 01:54:22.798778 DEC= -02:34:53.72051 RAER= 0.30 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0152-140', 'J0154-1346' RA= 01:54:29.387436 DEC= -13:46:35.78503 RAER= 0.62 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0153-663', 'J0154-6604' RA= 01:54:31.363660 DEC= -66:04:15.66940 RAER= 0.82 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.667, 0.202 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0152-237', 'J0154-2329' RA= 01:54:46.102798 DEC= -23:29:53.94251 RAER= 2.24 DECER= 4.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.123, 0.008, 8.4, 0.042, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0151+362', 'J0154+3627' RA= 01:54:51.515750 DEC= +36:27:46.82264 RAER= 0.62 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.028, 8.4, 0.043, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0152-003', 'J0154-0007' RA= 01:54:54.364628 DEC= -00:07:23.23503 RAER= 0.40 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.058, 8.4, 0.074, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0151+443', 'J0154+4433' RA= 01:54:54.466982 DEC= +44:33:37.96283 RAER= 0.31 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 108 observations" / source= '0152-209', 'J0154-2040' RA= 01:54:55.751724 DEC= -20:40:27.00969 RAER= 4.42 DECER= 11.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0151+474', 'J0154+4743' RA= 01:54:56.289884 DEC= +47:43:26.53960 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12722 observations" / source= '0152+043', 'J0155+0438' RA= 01:55:03.725466 DEC= +04:38:30.34899 RAER= 0.13 DECER= 0.19 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 805 observations" / source= '0152-086', 'J0155-0823' RA= 01:55:07.966375 DEC= -08:23:52.27687 RAER= 0.96 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0152+010', 'J0155+0115' RA= 01:55:09.000968 DEC= +01:15:22.58042 RAER= 0.67 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.072, 8.4, 0.056, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0152-254', 'J0155-2514' RA= 01:55:16.871732 DEC= -25:14:24.01703 RAER= 0.49 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.067, 8.4, 0.045, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0152+382', 'J0155+3831' RA= 01:55:18.114521 DEC= +38:31:15.94459 RAER= 0.80 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.015, 8.4, 0.016, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0152+496', 'J0155+4953' RA= 01:55:18.558607 DEC= +49:53:05.47211 RAER= 0.61 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.011, 8.4, 0.033, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0152-083', 'J0155-0806' RA= 01:55:19.623902 DEC= -08:06:20.37595 RAER= 4.38 DECER= 13.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0152+343', 'J0155+3433' RA= 01:55:26.575103 DEC= +34:33:09.54388 RAER= 0.37 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.069, 8.4, 0.050, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0151+603', 'J0155+6036' RA= 01:55:26.617817 DEC= +60:36:47.02884 RAER= 3.22 DECER= 2.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.009, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0153-149', 'J0155-1443' RA= 01:55:33.242491 DEC= -14:43:17.43874 RAER= 0.26 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.130, 0.116, 8.4, 0.045, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 288 observations" / source= '0153-410', 'J0155-4048' RA= 01:55:37.059320 DEC= -40:48:42.35782 RAER= 0.18 DECER= 0.15 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 352 observations" / source= '0153+141', 'J0155+1422' RA= 01:55:42.751215 DEC= +14:22:30.32813 RAER= 1.44 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0153-066', 'J0155-0621' RA= 01:55:53.310895 DEC= -06:21:34.02998 RAER= 0.58 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.015, 8.4, 0.022, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0153+222', 'J0155+2230' RA= 01:55:58.935320 DEC= +22:30:11.86549 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.162, 0.109, 8.4, 0.142, 0.074 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 592 observations" / source= '0153-053', 'J0156-0503' RA= 01:56:03.037310 DEC= -05:03:25.16879 RAER= 5.95 DECER= 10.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0153-191', 'J0156-1853' RA= 01:56:12.055844 DEC= -18:53:56.31366 RAER= 0.87 DECER= 2.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0153-045', 'J0156-0419' RA= 01:56:13.984653 DEC= -04:19:22.44303 RAER= 0.51 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0153+111', 'J0156+1122' RA= 01:56:15.142511 DEC= +11:22:28.88411 RAER= 1.66 DECER= 3.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.026, 8.4, 0.053, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0153+053', 'J0156+0537' RA= 01:56:20.989538 DEC= +05:37:44.27527 RAER= 0.92 DECER= 2.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0151+753', 'J0156+7538' RA= 01:56:24.388557 DEC= +75:38:12.76321 RAER= 2.12 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.072, 8.4, 0.106, 0.102 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0153+273', 'J0156+2733' RA= 01:56:28.870374 DEC= +27:33:15.89115 RAER= 2.01 DECER= 3.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0154-244', 'J0156-2412' RA= 01:56:29.711442 DEC= -24:12:52.51592 RAER= 0.16 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.075, 0.073, 8.4, 0.178, 0.159 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 156 observations" / source= '0153+389', 'J0156+3914' RA= 01:56:31.410151 DEC= +39:14:30.92360 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.160, 8.4, 0.264, 0.227 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 545 observations" / source= '0154-182', 'J0156-1801' RA= 01:56:36.745136 DEC= -18:01:01.94233 RAER= 0.38 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.025, 8.4, 0.035, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0154-398', 'J0156-3935' RA= 01:56:37.307949 DEC= -39:35:58.22130 RAER= 1.50 DECER= 5.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.054, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0154-336', 'J0156-3325' RA= 01:56:40.404901 DEC= -33:25:33.18491 RAER= 1.76 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.104, 0.087 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0154+072', 'J0156+0730' RA= 01:56:41.905561 DEC= +07:30:53.64542 RAER= 0.55 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.023, 8.4, 0.027, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0154-479', 'J0156-4744' RA= 01:56:46.038128 DEC= -47:44:17.36353 RAER= 1.04 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations. No flux information" / source= '0154-365', 'J0156-3616' RA= 01:56:47.366966 DEC= -36:16:10.16321 RAER= 29.69 DECER= 39.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0155-549', 'J0156-5439' RA= 01:56:49.712351 DEC= -54:39:48.49941 RAER= 0.37 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.220, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 75 observations" / source= '0154-309', 'J0156-3043' RA= 01:56:51.735854 DEC= -30:43:10.01239 RAER= 1.07 DECER= 4.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a, 8.4, 0.125, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0153+319', 'J0156+3209' RA= 01:56:53.379665 DEC= +32:09:39.89002 RAER= 0.55 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.031, 8.4, 0.051, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0153+465', 'J0156+4648' RA= 01:56:54.576182 DEC= +46:48:30.74031 RAER= 0.82 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.038, 8.4, 0.031, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0155-53A', 'J0156-5301' RA= 01:56:58.004217 DEC= -53:01:59.96273 RAER= 1.22 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations. No flux information" / source= '0155-532', 'J0156-5258' RA= 01:56:58.264463 DEC= -52:58:40.74785 RAER= 1.97 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations. No flux information" / source= '0154+086', 'J0157+0854' RA= 01:57:00.798872 DEC= +08:54:03.81124 RAER= 0.48 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.048, 8.4, 0.089, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0147+857', 'J0157+8557' RA= 01:57:03.815773 DEC= +85:57:38.87303 RAER= 14.65 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.005, 0.006 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 50 observations" / source= '0154+410', 'J0157+4120' RA= 01:57:05.005017 DEC= +41:20:30.61874 RAER= 0.87 DECER= 0.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.039, 0.034, 8.4, 0.028, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 518 observations" / source= '0154-000', 'J0157+0011' RA= 01:57:10.534895 DEC= +00:11:24.48472 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.197, 0.162, 8.4, 0.131, 0.072 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 685 observations" / source= '0152+756', 'J0157+7552' RA= 01:57:11.536553 DEC= +75:52:28.45643 RAER= 13.59 DECER= 4.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0154+31B', 'J0157+315B' RA= 01:57:15.318276 DEC= +31:54:16.44022 RAER= 26.83 DECER= 15.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0154+31A', 'J0157+315A' RA= 01:57:15.328916 DEC= +31:54:19.01370 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0154-108', 'J0157-1039' RA= 01:57:16.759359 DEC= -10:39:15.67933 RAER= 1.09 DECER= 2.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.025, 8.4, 0.026, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0155-387', 'J0157-3829' RA= 01:57:19.690569 DEC= -38:29:44.61216 RAER= 6.57 DECER= 17.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.094, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0154-077', 'J0157-0730' RA= 01:57:25.170757 DEC= -07:30:50.89651 RAER= 0.47 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0155-263', 'J0157-2609' RA= 01:57:28.367609 DEC= -26:09:02.17803 RAER= 0.84 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.179, 0.028, 8.4, 0.082, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0154+472', 'J0157+4732' RA= 01:57:32.346285 DEC= +47:32:03.45065 RAER= 0.78 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.065, 8.4, 0.035, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0153+744', 'J0157+7442' RA= 01:57:34.965106 DEC= +74:42:43.22913 RAER= 0.40 DECER= 0.11 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1941 observations" / source= '0155-10A', 'J0157-104A' RA= 01:57:41.556242 DEC= -10:43:40.95241 RAER= 0.82 DECER= 1.01 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 120 observations" / source= '0155-109', 'J0157-1043' RA= 01:57:41.619248 DEC= -10:43:40.96518 RAER= 0.15 DECER= 0.26 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 224 observations" / source= '0154+209', 'J0157+2113' RA= 01:57:41.894353 DEC= +21:13:19.02388 RAER= 0.33 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, n/a, 8.4, 0.132, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0155-186', 'J0157-1825' RA= 01:57:43.278291 DEC= -18:25:00.71032 RAER= 4.01 DECER= 6.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0154+226', 'J0157+2253' RA= 01:57:46.888188 DEC= +22:53:13.15663 RAER= 1.59 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations. No flux information" / source= '0155-464', 'J0157-4614' RA= 01:57:51.115826 DEC= -46:14:23.26122 RAER= 1.57 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.149, 0.140 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0155-212', 'J0157-2102' RA= 01:57:53.384733 DEC= -21:02:17.16129 RAER= 1.51 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0155+211', 'J0158+2124' RA= 01:58:00.107976 DEC= +21:24:42.78772 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.235, 0.100, 8.4, 0.188, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 648 observations" / source= '0155+449', 'J0158+4509' RA= 01:58:06.402890 DEC= +45:09:46.08616 RAER= 1.25 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.015, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0155-122', 'J0158-1202' RA= 01:58:19.320469 DEC= -12:02:35.09058 RAER= 1.69 DECER= 2.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0155+413', 'J0158+4137' RA= 01:58:23.841836 DEC= +41:37:39.56045 RAER= 0.59 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.042, 8.4, 0.083, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0155+129', 'J0158+1312' RA= 01:58:23.977685 DEC= +13:12:24.19224 RAER= 0.45 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.056, 8.4, 0.051, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0156-584', 'J0158-5810' RA= 01:58:25.828129 DEC= -58:10:56.24570 RAER= 1.44 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.140, 0.130 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 111 observations" / source= '0154+675', 'J0158+6744' RA= 01:58:27.469678 DEC= +67:44:42.47095 RAER= 2.51 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 52 observations" / source= '0156-397', 'J0158-3932' RA= 01:58:38.106678 DEC= -39:32:03.79929 RAER= 5.52 DECER= 3.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.069, 0.056 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0156-144', 'J0158-1413' RA= 01:58:43.719630 DEC= -14:13:07.11821 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.689, 0.202, 8.4, 0.202, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 416 observations" / source= '0155+561', 'J0158+5624' RA= 01:58:47.095005 DEC= +56:24:35.74717 RAER= 5.09 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0156+007', 'J0158+0101' RA= 01:58:52.770797 DEC= +01:01:32.92332 RAER= 0.58 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0156+128', 'J0158+1307' RA= 01:58:56.273780 DEC= +13:07:02.74057 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.331, 0.191, 8.4, 0.238, 0.143 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 963 observations" / source= '0156+166', 'J0158+1655' RA= 01:58:57.677054 DEC= +16:55:47.31861 RAER= 0.15 DECER= 0.21 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 409 observations" / source= '0155+532', 'J0159+5328' RA= 01:59:00.522547 DEC= +53:28:29.31031 RAER= 0.67 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.022, 8.4, 0.043, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 100 observations" / source= '0156+041', 'J0159+0421' RA= 01:59:13.313381 DEC= +04:21:54.58162 RAER= 0.71 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0156+308', 'J0159+3106' RA= 01:59:24.254139 DEC= +31:06:47.83317 RAER= 0.25 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.138, 0.113, 8.4, 0.159, 0.129 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 169 observations" / source= '0155+576', 'J0159+5751' RA= 01:59:25.604249 DEC= +57:51:57.58527 RAER= 0.81 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.038, 8.4, 0.052, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0157-363', 'J0159-3604' RA= 01:59:26.121893 DEC= -36:04:35.82873 RAER= 6.46 DECER= 20.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0156+105', 'J0159+1047' RA= 01:59:34.392675 DEC= +10:47:05.76827 RAER= 0.21 DECER= 0.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.042, 0.019, 8.4, 0.029, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 360 observations" / source= '0158-727', 'J0159-7231' RA= 01:59:34.400489 DEC= -72:31:45.43352 RAER= 4.11 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.059, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0156+184', 'J0159+1841' RA= 01:59:41.829276 DEC= +18:41:01.49689 RAER= 0.54 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.007, 8.4, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0157-279', 'J0159-2740' RA= 01:59:43.355872 DEC= -27:40:38.26055 RAER= 0.43 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 114 observations" / source= '0157-033', 'J0159-0304' RA= 01:59:43.806969 DEC= -03:04:46.45225 RAER= 0.26 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.120, 0.099, 8.4, 0.115, 0.087 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0157-192', 'J0159-1902' RA= 01:59:46.893667 DEC= -19:02:15.94554 RAER= 3.78 DECER= 7.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0157-090', 'J0159-0849' RA= 01:59:49.348509 DEC= -08:49:58.98908 RAER= 0.36 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.043, 8.4, 0.068, 0.058 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0156+538', 'J0159+5403' RA= 01:59:49.949671 DEC= +54:03:06.73876 RAER= 1.01 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.024, 8.4, 0.040, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0157+144', 'J0159+1438' RA= 01:59:54.672484 DEC= +14:38:49.77424 RAER= 0.78 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0157+011', 'J0200+0125' RA= 02:00:03.936027 DEC= +01:25:12.02285 RAER= 0.29 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.035, 8.4, 0.049, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0157+217', 'J0200+2157' RA= 02:00:07.623208 DEC= +21:57:00.80435 RAER= 0.57 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.202, 0.020, 8.4, 0.061, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0158-404', 'J0200-4010' RA= 02:00:11.839011 DEC= -40:10:58.30538 RAER= 0.23 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.205, 0.126 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 278 observations" / source= '0157-311', 'J0200-3053' RA= 02:00:12.175702 DEC= -30:53:26.67379 RAER= 0.44 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.058, 8.4, 0.066, 0.063 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0157+251', 'J0200+2523' RA= 02:00:20.638187 DEC= +25:23:54.64979 RAER= 0.76 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0157+113', 'J0200+1136' RA= 02:00:26.265113 DEC= +11:36:21.14034 RAER= 1.53 DECER= 2.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0158+031', 'J0200+0322' RA= 02:00:40.816504 DEC= +03:22:49.50701 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.270, 0.245, 8.4, 0.348, 0.223 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 818 observations" / source= '0157+280', 'J0200+2815' RA= 02:00:50.665083 DEC= +28:15:36.85289 RAER= 14.15 DECER= 33.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0158-159', 'J0200-1542' RA= 02:00:51.148847 DEC= -15:42:36.86384 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.087, 8.4, 0.161, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 404 observations" / source= '0157+393', 'J0200+3935' RA= 02:00:53.020355 DEC= +39:35:00.78758 RAER= 0.43 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0158-141', 'J0200-1356' RA= 02:00:58.316997 DEC= -13:56:17.97834 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.062, 0.046, 8.4, 0.062, 0.055 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 441 observations" / source= '0159-668', 'J0201-6638' RA= 02:01:07.743994 DEC= -66:38:12.66606 RAER= 0.33 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.189, 0.236 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 181 observations" / source= '0158+235', 'J0201+2344' RA= 02:01:09.827823 DEC= +23:44:55.11933 RAER= 0.43 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.024, 8.4, 0.047, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0158+096', 'J0201+0954' RA= 02:01:15.497307 DEC= +09:54:54.38938 RAER= 0.52 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.085, 8.4, 0.057, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0158+293', 'J0201+2933' RA= 02:01:36.053665 DEC= +29:33:43.99785 RAER= 0.74 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.014, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0159-006', 'J0201-0023' RA= 02:01:37.818301 DEC= -00:23:51.44848 RAER= 0.39 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.029, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0158+183', 'J0201+1836' RA= 02:01:41.058323 DEC= +18:36:37.52825 RAER= 0.64 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0159+034', 'J0201+0343' RA= 02:01:51.508770 DEC= +03:43:09.25873 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.065, 8.4, 0.130, 0.097 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 537 observations" / source= '0158+623', 'J0201+6237' RA= 02:01:52.980442 DEC= +62:37:57.11377 RAER= 0.60 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.047, 8.4, 0.046, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 76 observations" / source= '0159-117', 'J0201-1132' RA= 02:01:57.179338 DEC= -11:32:33.43684 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.894, 0.226, 8.4, 0.722, 0.442 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 549 observations" / source= '0158+519', 'J0201+5212' RA= 02:01:59.854791 DEC= +52:12:28.89744 RAER= 0.72 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.023, 8.4, 0.029, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0159+394', 'J0202+3943' RA= 02:02:01.656311 DEC= +39:43:21.55245 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.261, 0.250 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 364 observations" / source= '0155+810', 'J0202+8115' RA= 02:02:05.746652 DEC= +81:15:45.27736 RAER= 1.48 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.045, 0.046, 8.4, 0.041, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 534 observations" / source= '0159-062', 'J0202-0559' RA= 02:02:06.864677 DEC= -05:59:00.12173 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.089, 0.072, 8.4, 0.119, 0.098 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 630 observations" / source= '0159-255', 'J0202-2519' RA= 02:02:12.185994 DEC= -25:19:21.38849 RAER= 2.00 DECER= 5.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.015, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0202-765', 'J0202-7620' RA= 02:02:13.693834 DEC= -76:20:03.06257 RAER= 0.81 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations. No flux information" / source= '0159-200', 'J0202-1948' RA= 02:02:13.847712 DEC= -19:48:19.49093 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.235, 0.181, 8.4, 0.133, 0.093 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 686 observations" / source= '0159-005', 'J0202-0017' RA= 02:02:14.292404 DEC= -00:17:48.31012 RAER= 0.50 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0159-019', 'J0202-0145' RA= 02:02:24.789836 DEC= -01:45:10.21900 RAER= 0.54 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.036, 8.4, 0.051, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0159+085', 'J0202+0849' RA= 02:02:26.423455 DEC= +08:49:13.69264 RAER= 0.35 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 83 observations" / source= '0159+455', 'J0202+4549' RA= 02:02:37.022270 DEC= +45:49:27.73392 RAER= 0.90 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.052, 8.4, 0.032, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0200-032', 'J0202-0302' RA= 02:02:39.929982 DEC= -03:02:07.94797 RAER= 0.36 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, 0.043, 8.4, 0.054, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0159+418', 'J0202+4205' RA= 02:02:43.653307 DEC= +42:05:16.33289 RAER= 0.16 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.221, 0.140, 8.4, 0.256, 0.133 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 421 observations" / source= '0200-026', 'J0202-0223' RA= 02:02:52.222658 DEC= -02:23:20.92758 RAER= 0.39 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.015, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 84 observations" / source= '0159+480', 'J0203+4818' RA= 02:03:02.233319 DEC= +48:18:34.85578 RAER= 13.37 DECER= 12.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0200-074', 'J0203-0714' RA= 02:03:03.121786 DEC= -07:14:38.46202 RAER= 0.42 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, n/a, 8.4, 0.080, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0157+808', 'J0203+8106' RA= 02:03:07.871122 DEC= +81:06:13.21030 RAER= 0.84 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.266, 0.121, 8.4, 0.211, 0.055 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 734 observations" / source= '0200+281', 'J0203+2822' RA= 02:03:08.153115 DEC= +28:22:25.57158 RAER= 0.86 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0200+263', 'J0203+2632' RA= 02:03:10.509661 DEC= +26:32:43.08167 RAER= 1.08 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0200+097', 'J0203+0956' RA= 02:03:20.654550 DEC= +09:56:32.94429 RAER= 0.86 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.012, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0200+003', 'J0203+0037' RA= 02:03:26.983745 DEC= +00:37:44.39762 RAER= 0.52 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.031, 8.4, 0.054, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0201-141', 'J0203-1356' RA= 02:03:27.208384 DEC= -13:56:02.76203 RAER= 0.95 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.017, 8.4, 0.020, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0201-242', 'J0203-2400' RA= 02:03:28.082474 DEC= -24:00:48.86845 RAER= 13.63 DECER= 12.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0200+360', 'J0203+3617' RA= 02:03:31.275887 DEC= +36:17:33.30131 RAER= 0.70 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.032, 8.4, 0.035, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0201-214', 'J0203-2113' RA= 02:03:32.133610 DEC= -21:13:46.80754 RAER= 3.91 DECER= 6.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0159+723', 'J0203+7232' RA= 02:03:33.384964 DEC= +72:32:53.66732 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7866 observations" / source= '0201-440', 'J0203-4349' RA= 02:03:40.705523 DEC= -43:49:51.38291 RAER= 3.52 DECER= 9.92 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 112 observations" / source= '0200+492', 'J0203+4927' RA= 02:03:42.902629 DEC= +49:27:59.22377 RAER= 1.04 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.029, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0201-064', 'J0203-0615' RA= 02:03:43.020720 DEC= -06:15:36.79368 RAER= 0.50 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0200+30A', 'J0203+3042' RA= 02:03:44.270690 DEC= +30:42:37.83610 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.163, 0.097, 8.4, 0.231, 0.145 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 768 observations" / source= '0200+304', 'J0203+3041' RA= 02:03:45.355142 DEC= +30:41:29.10726 RAER= 0.21 DECER= 0.20 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 730 observations" / source= '0200+485', 'J0203+4846' RA= 02:03:45.358718 DEC= +48:46:23.51601 RAER= 0.75 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.015, 8.4, 0.044, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0201+113', 'J0203+1134' RA= 02:03:46.657060 DEC= +11:34:45.40945 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25427 observations" / source= '0200+539', 'J0203+5411' RA= 02:03:46.657338 DEC= +54:11:57.62448 RAER= 0.19 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 648 observations" / source= '0201-206', 'J0203-2022' RA= 02:03:48.650528 DEC= -20:22:07.75341 RAER= 1.59 DECER= 3.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.014, 8.4, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0201-263', 'J0203-2604' RA= 02:03:51.332855 DEC= -26:04:02.00946 RAER= 1.09 DECER= 3.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0201+023', 'J0203+0235' RA= 02:03:54.811419 DEC= +02:35:55.13191 RAER= 0.11 DECER= 0.15 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 351 observations" / source= '0201-311', 'J0203-3052' RA= 02:03:57.912916 DEC= -30:52:19.49467 RAER= 1.25 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0201+398', 'J0204+4005' RA= 02:04:05.194759 DEC= +40:05:03.51487 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.108, 0.094, 8.4, 0.119, 0.104 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 674 observations" / source= '0201-296', 'J0204-2923' RA= 02:04:10.555770 DEC= -29:23:04.15441 RAER= 1.32 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.016, 8.4, 0.017, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0202-319', 'J0204-3144' RA= 02:04:16.433952 DEC= -31:44:57.61536 RAER= 0.67 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.018, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0201+240', 'J0204+2417' RA= 02:04:21.545239 DEC= +24:17:50.71107 RAER= 0.59 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.029, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0201+110', 'J0204+1120' RA= 02:04:25.606467 DEC= +11:20:09.65097 RAER= 3.52 DECER= 6.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0201+316', 'J0204+3153' RA= 02:04:26.726756 DEC= +31:53:32.83890 RAER= 0.44 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.069, 8.4, 0.076, 0.061 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0202-337', 'J0204-3328' RA= 02:04:28.664084 DEC= -33:28:50.45407 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.255, 0.116, 8.4, 0.152, 0.076 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 326 observations" / source= '0201+088', 'J0204+0903' RA= 02:04:34.759344 DEC= +09:03:49.26284 RAER= 0.14 DECER= 0.19 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 627 observations" / source= '0201+264', 'J0204+2641' RA= 02:04:37.901770 DEC= +26:41:08.91278 RAER= 1.01 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0202-076', 'J0204-0725' RA= 02:04:42.444380 DEC= -07:25:36.44496 RAER= 0.75 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.028, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0201+414', 'J0204+4141' RA= 02:04:45.875805 DEC= +41:41:52.22387 RAER= 1.01 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.027, 8.4, 0.034, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0202+011', 'J0204+0120' RA= 02:04:50.305590 DEC= +01:20:52.95168 RAER= 0.84 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.009, 8.4, 0.038, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 54 observations" / source= '0202+149', 'J0204+1514' RA= 02:04:50.413896 DEC= +15:14:11.04360 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43389 observations" / source= '0201+438', 'J0204+4403' RA= 02:04:54.789174 DEC= +44:03:06.90530 RAER= 0.16 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 505 observations" / source= '0201+365', 'J0204+3649' RA= 02:04:55.595998 DEC= +36:49:17.99739 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.420, 0.214, 8.4, 0.256, 0.131 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 534 observations" / source= '0202-172', 'J0204-1701' RA= 02:04:57.674330 DEC= -17:01:19.84077 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10107 observations" / source= '0201+433', 'J0205+4333' RA= 02:05:01.511542 DEC= +43:33:34.71733 RAER= 1.03 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.030, 8.4, 0.038, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0202+319', 'J0205+3212' RA= 02:05:04.925365 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, 1.404, 1.037, 15.2, 1.790, 1.230, 22.2, 2.224, 1.590 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 218620 observations" / source= '0202-367', 'J0205-3629' RA= 02:05:05.888686 DEC= -36:29:54.69865 RAER= 1.60 DECER= 5.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.023, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0202-113', 'J0205-1109' RA= 02:05:07.210718 DEC= -11:09:22.06178 RAER= 1.10 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.205, 0.008, 8.4, 0.057, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0202+081', 'J0205+0824' RA= 02:05:09.145014 DEC= +08:24:36.66497 RAER= 4.48 DECER= 6.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0202+296', 'J0205+2952' RA= 02:05:10.918080 DEC= +29:52:04.89852 RAER= 0.35 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.135, 0.089, 8.4, 0.141, 0.102 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0202+145', 'J0205+1444' RA= 02:05:13.117233 DEC= +14:44:32.38591 RAER= 0.11 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 912 observations" / source= '0202+393', 'J0205+3932' RA= 02:05:14.001891 DEC= +39:32:56.99062 RAER= 0.60 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.052, 8.4, 0.060, 0.056 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0202+240', 'J0205+2416' RA= 02:05:21.322734 DEC= +24:16:32.85040 RAER= 0.14 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 491 observations" / source= '0202+007', 'J0205+0102' RA= 02:05:25.477681 DEC= +01:02:07.39634 RAER= 5.55 DECER= 4.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0203-400', 'J0205-3946' RA= 02:05:29.158474 DEC= -39:46:14.70583 RAER= 0.75 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.034, 8.4, 0.049, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0202+581', 'J0205+5822' RA= 02:05:34.337329 DEC= +58:22:40.38517 RAER= 2.08 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.046, 8.4, 0.046, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0200+751', 'J0205+7522' RA= 02:05:37.910430 DEC= +75:22:08.23547 RAER= 1.44 DECER= 0.39 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0202+208', 'J0205+2105' RA= 02:05:44.000394 DEC= +21:05:01.05421 RAER= 0.59 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.047, 8.4, 0.042, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0203-311', 'J0205-3052' RA= 02:05:48.487017 DEC= -30:52:35.37227 RAER= 1.61 DECER= 5.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0203-220', 'J0205-2150' RA= 02:05:55.159407 DEC= -21:50:58.26526 RAER= 0.64 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.020, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 66 observations" / source= '0203-349', 'J0205-3444' RA= 02:05:55.510099 DEC= -34:44:09.18128 RAER= 0.32 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.157, 0.076, 8.4, 0.066, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 329 observations" / source= '0202+568', 'J0206+5705' RA= 02:06:05.048815 DEC= +57:05:41.05057 RAER= 1.13 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.011, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0203-195', 'J0206-1916' RA= 02:06:06.121814 DEC= -19:16:53.81890 RAER= 6.67 DECER= 7.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0203+342', 'J0206+3429' RA= 02:06:08.481183 DEC= +34:29:17.97649 RAER= 1.07 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0203+078', 'J0206+0805' RA= 02:06:12.124647 DEC= +08:05:33.33797 RAER= 0.84 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.018, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0203-101', 'J0206-0957' RA= 02:06:15.901247 DEC= -09:57:17.47507 RAER= 0.46 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.018, 8.4, 0.019, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0204-224', 'J0206-2212' RA= 02:06:20.073553 DEC= -22:12:19.65630 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.195, 0.140, 8.4, 0.151, 0.079 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 423 observations" / source= '0203-094', 'J0206-0916' RA= 02:06:24.410817 DEC= -09:16:17.31676 RAER= 1.03 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.035, 8.4, 0.025, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0203-120', 'J0206-1150' RA= 02:06:26.084731 DEC= -11:50:39.72476 RAER= 0.10 DECER= 0.11 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2065 observations" / source= '0203+382', 'J0206+3829' RA= 02:06:28.085977 DEC= +38:29:23.54385 RAER= 0.86 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.020, 8.4, 0.022, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0203+456', 'J0206+4554' RA= 02:06:28.099335 DEC= +45:54:32.99888 RAER= 0.81 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0204-311', 'J0206-3057' RA= 02:06:37.994024 DEC= -30:57:09.04100 RAER= 0.36 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.041, 8.4, 0.050, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0205-720', 'J0206-7148' RA= 02:06:39.212076 DEC= -71:48:18.89333 RAER= 1.12 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.104, 0.094 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 67 observations" / source= '0205-619', 'J0206-6143' RA= 02:06:40.002953 DEC= -61:43:32.20696 RAER= 2.27 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.165, 0.131 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0203+321', 'J0206+3222' RA= 02:06:42.045437 DEC= +32:22:12.75711 RAER= 0.84 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.137, 0.015, 8.4, 0.082, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0204-306', 'J0206-3024' RA= 02:06:43.235421 DEC= -30:24:58.41258 RAER= 0.75 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.458, 0.080, 8.4, 0.193, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0204+076', 'J0206+0755' RA= 02:06:48.920286 DEC= +07:55:18.78918 RAER= 0.56 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.061, 8.4, 0.046, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0204+005', 'J0206+0047' RA= 02:06:51.170378 DEC= +00:47:22.14666 RAER= 0.60 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.005, 8.4, 0.022, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0204-360', 'J0206-3549' RA= 02:06:52.344147 DEC= -35:49:57.37002 RAER= 1.19 DECER= 2.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.018, 8.4, 0.026, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0204+327', 'J0206+3301' RA= 02:06:56.697526 DEC= +33:01:27.75133 RAER= 6.91 DECER= 8.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0204+292', 'J0207+2930' RA= 02:07:02.206589 DEC= +29:30:46.04855 RAER= 0.59 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 89 observations" / source= '0203+625', 'J0207+6246' RA= 02:07:03.016775 DEC= +62:46:12.06773 RAER= 0.22 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3504 observations" / source= '0204+056', 'J0207+0552' RA= 02:07:04.457243 DEC= +05:52:24.41595 RAER= 11.56 DECER= 26.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0204-280', 'J0207-2747' RA= 02:07:05.995232 DEC= -27:47:24.68849 RAER= 1.98 DECER= 5.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0204+012', 'J0207+0129' RA= 02:07:12.489035 DEC= +01:29:15.48646 RAER= 0.59 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.012, 8.4, 0.014, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0159+839', 'J0207+8411' RA= 02:07:13.506751 DEC= +84:11:19.08300 RAER= 1.14 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.215, 0.199, 8.4, 0.136, 0.124 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 951 observations" / source= '0205-391', 'J0207-3857' RA= 02:07:15.609420 DEC= -38:57:03.07611 RAER= 0.15 DECER= 0.22 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 383 observations" / source= '0205-256', 'J0207-2522' RA= 02:07:20.308019 DEC= -25:22:48.19091 RAER= 1.14 DECER= 3.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0201+79A', 'J0207+795A' RA= 02:07:22.194497 DEC= +79:56:01.38766 RAER= 19.40 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.047, n/a, 5.0, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0201+796', 'J0207+7956' RA= 02:07:24.173509 DEC= +79:56:02.73935 RAER= 39.37 DECER= 11.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.154, n/a, 5.0, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0204+472', 'J0207+4731' RA= 02:07:29.822044 DEC= +47:31:59.26484 RAER= 0.98 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, 0.028, 8.4, 0.055, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0205-242', 'J0207-2402' RA= 02:07:33.399274 DEC= -24:02:02.20569 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.058, 8.4, 0.094, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 380 observations" / source= '0204+316', 'J0207+3152' RA= 02:07:34.989611 DEC= +31:52:06.46361 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.456, 0.140, 8.4, 0.274, 0.143 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 558 observations" / source= '0205-110', 'J0207-1047' RA= 02:07:38.929881 DEC= -10:47:48.64216 RAER= 0.44 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.026, 8.4, 0.034, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0202+758', 'J0207+7604' RA= 02:07:47.283901 DEC= +76:04:52.43040 RAER= 6.42 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.042, 8.4, 0.039, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0206-688', 'J0207-6837' RA= 02:07:50.931576 DEC= -68:37:55.16140 RAER= 0.49 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.097, 0.079 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 60 observations" / source= '0205+096', 'J0207+0950' RA= 02:07:54.646564 DEC= +09:50:13.86776 RAER= 1.41 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.005, 0.004, 8.4, 0.016, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0205+218', 'J0208+2202' RA= 02:08:00.981168 DEC= +22:02:40.95980 RAER= 0.46 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.017, 8.4, 0.016, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0206-625', 'J0208-6216' RA= 02:08:01.171032 DEC= -62:16:35.53358 RAER= 0.63 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.198, 0.191 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 83 observations" / source= '0205+080', 'J0208+0814' RA= 02:08:02.275050 DEC= +08:14:41.86477 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.042, 8.4, 0.070, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 278 observations" / source= '0205-070', 'J0208-0647' RA= 02:08:19.560172 DEC= -06:47:32.49209 RAER= 0.23 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.027, 8.4, 0.032, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0206-270', 'J0208-2650' RA= 02:08:22.355875 DEC= -26:50:18.87860 RAER= 0.14 DECER= 0.25 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 410 observations" / source= '0205-010', 'J0208-0047' RA= 02:08:26.345908 DEC= -00:47:44.29418 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.321, 0.218, 8.4, 0.244, 0.063 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 437 observations" / source= '0206-178', 'J0208-1739' RA= 02:08:34.943321 DEC= -17:39:34.68183 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.092, 8.4, 0.136, 0.083 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 637 observations" / source= '0205+351', 'J0208+3523' RA= 02:08:38.162835 DEC= +35:23:12.81070 RAER= 0.95 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0205+411', 'J0208+4124' RA= 02:08:45.094324 DEC= +41:24:57.27216 RAER= 0.83 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.027, 8.4, 0.056, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0206-394', 'J0208-3914' RA= 02:08:56.662088 DEC= -39:14:35.74836 RAER= 9.58 DECER= 75.92 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0206+293', 'J0209+2932' RA= 02:09:08.644379 DEC= +29:32:45.74449 RAER= 0.14 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.378, 0.103, 8.4, 0.146, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 862 observations" / source= '0206+445', 'J0209+4449' RA= 02:09:17.128888 DEC= +44:49:46.36099 RAER= 0.88 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.019, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0207-383', 'J0209-3806' RA= 02:09:18.793947 DEC= -38:06:24.24497 RAER= 54.87 DECER= 69.59 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0207-527', 'J0209-5229' RA= 02:09:21.615814 DEC= -52:29:22.78805 RAER= 0.75 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations. No flux information" / source= '0206-048', 'J0209-0438' RA= 02:09:30.766696 DEC= -04:38:26.14611 RAER= 0.11 DECER= 0.15 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 666 observations" / source= '0207-07A', 'J0209-0736' RA= 02:09:31.426190 DEC= -07:36:50.42646 RAER= 0.33 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.049, 8.4, 0.067, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0205+643', 'J0209+6437' RA= 02:09:35.988072 DEC= +64:37:25.77055 RAER= 0.29 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 601 observations" / source= '0206+136', 'J0209+1352' RA= 02:09:35.998327 DEC= +13:52:00.75182 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6905 observations" / source= '0207-168', 'J0209-1635' RA= 02:09:36.332098 DEC= -16:35:16.86307 RAER= 67.31 DECER= 35.99 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0207-172', 'J0209-1701' RA= 02:09:37.055886 DEC= -17:01:43.75742 RAER= 46.95 DECER= 27.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0206+355', 'J0209+3547' RA= 02:09:38.560889 DEC= +35:47:50.77410 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.032, 8.4, 0.067, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1278 observations" / source= '0207-301', 'J0209-2955' RA= 02:09:44.978803 DEC= -29:55:21.20764 RAER= 1.61 DECER= 5.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.049, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0207-115', 'J0209-1116' RA= 02:09:49.253574 DEC= -11:16:44.15892 RAER= 3.76 DECER= 5.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0205+722', 'J0209+7229' RA= 02:09:51.790447 DEC= +72:29:26.67004 RAER= 0.38 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.325, 0.186, 8.4, 0.438, 0.212 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 559 observations" / source= '0207-103', 'J0210-1003' RA= 02:10:00.221892 DEC= -10:03:54.28629 RAER= 0.21 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.061, 8.4, 0.076, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 111 observations" / source= '0207+250', 'J0210+2517' RA= 02:10:02.549943 DEC= +25:17:25.64757 RAER= 1.04 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.019, 8.4, 0.020, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 50 observations" / source= '0207+428', 'J0210+4305' RA= 02:10:07.746548 DEC= +43:05:49.63651 RAER= 1.39 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.011, 8.4, 0.024, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0207-224', 'J0210-2213' RA= 02:10:10.058091 DEC= -22:13:37.00173 RAER= 0.52 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.410, 0.093, 8.4, 0.188, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0207-053', 'J0210-0505' RA= 02:10:12.136723 DEC= -05:05:31.77872 RAER= 0.61 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0207-078', 'J0210-0737' RA= 02:10:16.528912 DEC= -07:37:20.69457 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, 0.064, 8.4, 0.094, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 461 observations" / source= '0207+325', 'J0210+3249' RA= 02:10:16.800016 DEC= +32:49:33.75412 RAER= 1.10 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0207-149', 'J0210-1444' RA= 02:10:23.180425 DEC= -14:44:59.02077 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.116, 8.4, 0.125, 0.085 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 420 observations" / source= '0207+024', 'J0210+0241' RA= 02:10:23.417236 DEC= +02:41:57.00621 RAER= 0.71 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.019, 8.4, 0.047, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0208-177', 'J0210-1733' RA= 02:10:33.755289 DEC= -17:33:41.81663 RAER= 0.95 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0207+079', 'J0210+0812' RA= 02:10:37.058457 DEC= +08:12:24.02882 RAER= 0.14 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.129, 0.067, 8.4, 0.080, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 273 observations" / source= '0208+040', 'J0210+0419' RA= 02:10:44.513616 DEC= +04:19:34.88709 RAER= 0.36 DECER= 0.63 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 146 observations" / source= '0207+191', 'J0210+1921' RA= 02:10:45.479080 DEC= +19:21:44.57952 RAER= 0.30 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0208-512', 'J0210-5101' RA= 02:10:46.200417 DEC= -51:01:01.89192 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11075 observations" / source= '0208+134', 'J0210+1343' RA= 02:10:47.858854 DEC= +13:43:11.74838 RAER= 0.87 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.055, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0208-067', 'J0210-0633' RA= 02:10:53.404113 DEC= -06:33:33.43813 RAER= 0.38 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0208+225', 'J0210+2249' RA= 02:10:56.336102 DEC= +22:49:55.65280 RAER= 0.49 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.027, 8.4, 0.057, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0207+507', 'J0211+5058' RA= 02:11:07.968833 DEC= +50:58:28.85105 RAER= 0.80 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.026, 8.4, 0.050, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 547 observations" / source= '0208-069', 'J0211-0645' RA= 02:11:09.934841 DEC= -06:45:50.07676 RAER= 2.37 DECER= 3.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0208-265', 'J0211-2618' RA= 02:11:11.651943 DEC= -26:18:15.03976 RAER= 5.71 DECER= 9.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0208+106', 'J0211+1051' RA= 02:11:13.177398 DEC= +10:51:34.79846 RAER= 0.11 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1177 observations" / source= '0208-06A', 'J0211-0644' RA= 02:11:16.959656 DEC= -06:44:19.73112 RAER= 0.67 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.028, 8.4, 0.041, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 79 observations" / source= '0208-030', 'J0211-0250' RA= 02:11:20.395526 DEC= -02:50:28.56011 RAER= 0.56 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.019, 8.4, 0.024, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0208+385', 'J0211+3846' RA= 02:11:20.741546 DEC= +38:46:06.55914 RAER= 12.72 DECER= 11.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0208-019', 'J0211-0145' RA= 02:11:21.345034 DEC= -01:45:15.53591 RAER= 0.42 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.069, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0208+429', 'J0211+4313' RA= 02:11:34.098472 DEC= +43:13:31.60760 RAER= 0.53 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.088, 8.4, 0.079, 0.058 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0209-244', 'J0211-2411' RA= 02:11:44.069496 DEC= -24:11:50.02169 RAER= 1.11 DECER= 2.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0209+168', 'J0211+1707' RA= 02:11:48.778894 DEC= +17:07:22.72109 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.282, 0.105, 8.4, 0.187, 0.109 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 887 observations" / source= '0209-162', 'J0211-1558' RA= 02:11:49.760723 DEC= -15:58:18.84642 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.098, 0.079, 8.4, 0.157, 0.129 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 426 observations" / source= '0208+528', 'J0211+5306' RA= 02:11:50.392142 DEC= +53:06:21.10647 RAER= 1.72 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.005, 8.4, 0.043, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0209-24A', 'J0212-2411' RA= 02:12:02.073950 DEC= -24:11:59.90423 RAER= 0.77 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.024, 8.4, 0.027, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0209-204', 'J0212-2014' RA= 02:12:02.956696 DEC= -20:14:11.87485 RAER= 0.29 DECER= 0.58 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 117 observations" / source= '0209+272', 'J0212+2726' RA= 02:12:04.589374 DEC= +27:26:36.60247 RAER= 0.50 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.048, 8.4, 0.056, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0209+138', 'J0212+1402' RA= 02:12:09.507168 DEC= +14:02:59.01618 RAER= 0.16 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.031, 8.4, 0.031, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 239 observations" / source= '0209+362', 'J0212+3626' RA= 02:12:09.736142 DEC= +36:26:18.01484 RAER= 2.13 DECER= 11.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0210-448', 'J0212-4436' RA= 02:12:11.033269 DEC= -44:36:05.80436 RAER= 4.69 DECER= 13.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.143, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0210-180', 'J0212-1746' RA= 02:12:22.643564 DEC= -17:46:14.34362 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.160, 0.148, 8.4, 0.290, 0.189 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 306 observations" / source= '0209+007', 'J0212+0100' RA= 02:12:25.566682 DEC= +01:00:56.15072 RAER= 0.57 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.018, 8.4, 0.022, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0210-262', 'J0212-2558' RA= 02:12:29.518825 DEC= -25:58:18.39713 RAER= 0.35 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.028, 8.4, 0.049, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0210-352', 'J0212-3503' RA= 02:12:30.505167 DEC= -35:03:30.14289 RAER= 1.16 DECER= 2.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.016, 8.4, 0.021, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0210-085', 'J0212-0820' RA= 02:12:35.264380 DEC= -08:20:45.95722 RAER= 0.62 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.016, 8.4, 0.017, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0209+394', 'J0212+3942' RA= 02:12:37.453281 DEC= +39:42:18.46038 RAER= 0.45 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.029, 8.4, 0.046, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0209+265', 'J0212+2649' RA= 02:12:40.489079 DEC= +26:49:35.24906 RAER= 0.86 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.026, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0210+136', 'J0212+1351' RA= 02:12:47.066904 DEC= +13:51:11.86059 RAER= 1.75 DECER= 3.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.022, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0210-152', 'J0212-1502' RA= 02:12:50.981691 DEC= -15:02:58.28950 RAER= 2.32 DECER= 4.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0210+225', 'J0212+2244' RA= 02:12:52.834882 DEC= +22:44:52.25334 RAER= 0.14 DECER= 0.18 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 773 observations" / source= '0210-275', 'J0212-2718' RA= 02:12:55.236392 DEC= -27:18:18.66227 RAER= 0.37 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.018, 8.4, 0.024, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 50 observations" / source= '0210-005', 'J0213-0018' RA= 02:13:01.150722 DEC= -00:18:14.90902 RAER= 0.38 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.095, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0210+199', 'J0213+2012' RA= 02:13:01.377872 DEC= +20:12:22.43196 RAER= 0.48 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.025, 8.4, 0.026, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 62 observations" / source= '0210-177', 'J0213-1732' RA= 02:13:03.604093 DEC= -17:32:36.54555 RAER= 1.65 DECER= 3.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0210+004', 'J0213+0038' RA= 02:13:03.777446 DEC= +00:38:11.88386 RAER= 0.35 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.029, 8.4, 0.036, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0210+119', 'J0213+1213' RA= 02:13:05.183032 DEC= +12:13:10.91065 RAER= 0.12 DECER= 0.15 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 639 observations" / source= '0210+181', 'J0213+1820' RA= 02:13:10.529324 DEC= +18:20:25.44733 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.179, 0.129, 8.4, 0.275, 0.158 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 625 observations" / source= '0210-052', 'J0213-0501' RA= 02:13:11.763720 DEC= -05:01:02.63363 RAER= 0.36 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.017, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0210+036', 'J0213+0354' RA= 02:13:11.955631 DEC= +03:54:15.95794 RAER= 0.57 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.015, 8.4, 0.030, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0211-299', 'J0213-2943' RA= 02:13:16.409397 DEC= -29:43:26.10230 RAER= 0.60 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.092, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0210-075', 'J0213-0719' RA= 02:13:16.670566 DEC= -07:19:32.47260 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.074, 0.059, 8.4, 0.094, 0.088 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 524 observations" / source= '0209+627', 'J0213+6257' RA= 02:13:23.304828 DEC= +62:57:21.41935 RAER= 2.80 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations. No flux information" / source= '0210+055', 'J0213+0547' RA= 02:13:36.169871 DEC= +05:47:48.70144 RAER= 1.75 DECER= 3.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.145, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0211+091', 'J0213+0925' RA= 02:13:43.886022 DEC= +09:25:21.72511 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.067, 8.4, 0.094, 0.066 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 251 observations" / source= '0211-031', 'J0213-0256' RA= 02:13:46.973875 DEC= -02:56:31.13164 RAER= 0.60 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.015, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0210+366', 'J0213+3652' RA= 02:13:48.191928 DEC= +36:52:34.00725 RAER= 0.14 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 734 observations" / source= '0209+671', 'J0213+6720' RA= 02:13:48.391638 DEC= +67:20:06.79431 RAER= 1.65 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.027, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0159+870', 'J0213+8717' RA= 02:13:57.846656 DEC= +87:17:28.72659 RAER= 2.90 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.194, 0.172, 8.4, 0.099, 0.056 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 742 observations" / source= '0211+301', 'J0214+3022' RA= 02:14:03.551997 DEC= +30:22:07.93796 RAER= 0.62 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.015, 8.4, 0.029, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0213-706', 'J0214-7027' RA= 02:14:04.468432 DEC= -70:27:06.19746 RAER= 1.01 DECER= 0.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.126, 0.126 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 80 observations" / source= '0212-586', 'J0214-5822' RA= 02:14:10.308341 DEC= -58:22:06.71523 RAER= 0.98 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations. No flux information" / source= '0212-620', 'J0214-6149' RA= 02:14:16.204298 DEC= -61:49:33.65939 RAER= 0.26 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.575, 0.604 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 393 observations" / source= '0210+515', 'J0214+5144' RA= 02:14:17.934450 DEC= +51:44:51.94768 RAER= 0.19 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1129 observations" / source= '0211+145', 'J0214+1445' RA= 02:14:20.760892 DEC= +14:45:25.83993 RAER= 5.52 DECER= 17.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0211+390', 'J0214+3918' RA= 02:14:24.749031 DEC= +39:18:39.04833 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.146, 0.115, 8.4, 0.175, 0.106 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 113 observations" / source= '0211-055', 'J0214-0517' RA= 02:14:29.297524 DEC= -05:17:44.85834 RAER= 0.69 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.058, 8.4, 0.044, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0212-015', 'J0214-0120' RA= 02:14:33.383190 DEC= -01:20:23.85554 RAER= 0.45 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.040, 8.4, 0.041, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0212+017', 'J0214+0157' RA= 02:14:35.777886 DEC= +01:57:03.05700 RAER= 0.54 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.058, 8.4, 0.053, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0211+063', 'J0214+0632' RA= 02:14:37.027759 DEC= +06:32:51.43619 RAER= 0.65 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.032, 8.4, 0.034, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0212-214', 'J0214-2113' RA= 02:14:40.703295 DEC= -21:13:28.83681 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.081, 0.061, 8.4, 0.107, 0.070 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 353 observations" / source= '0212+114', 'J0214+1140' RA= 02:14:43.580161 DEC= +11:40:56.61886 RAER= 1.11 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.012, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0211+296', 'J0214+2950' RA= 02:14:43.946685 DEC= +29:50:37.37358 RAER= 1.26 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0211+171', 'J0214+1722' RA= 02:14:44.912853 DEC= +17:22:49.51164 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.073, 0.059, 8.4, 0.129, 0.110 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1083 observations" / source= '0211+263', 'J0214+2635' RA= 02:14:47.052024 DEC= +26:35:59.01880 RAER= 0.78 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.027, 8.4, 0.036, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0212-248', 'J0214-2438' RA= 02:14:55.706442 DEC= -24:38:15.64518 RAER= 0.38 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.260, 0.063, 8.4, 0.179, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0212-377', 'J0215-3728' RA= 02:15:00.081704 DEC= -37:28:49.23529 RAER= 0.45 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.041, 8.4, 0.049, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0212+197', 'J0215+2000' RA= 02:15:05.812955 DEC= +20:00:58.34904 RAER= 0.22 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.081, 8.4, 0.061, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 66 observations" / source= '0211+630', 'J0215+6319' RA= 02:15:05.815710 DEC= +63:19:53.67742 RAER= 4.66 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.014, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0212-072', 'J0215-0702' RA= 02:15:07.581723 DEC= -07:02:08.87596 RAER= 0.36 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.030, 8.4, 0.051, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0211+509', 'J0215+5109' RA= 02:15:11.051646 DEC= +51:09:40.43096 RAER= 1.18 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.023, 8.4, 0.053, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0212-039', 'J0215-0343' RA= 02:15:11.506501 DEC= -03:43:07.89446 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.066, 8.4, 0.060, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 510 observations" / source= '0210+756', 'J0215+7554' RA= 02:15:17.904593 DEC= +75:54:53.01357 RAER= 3.70 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.023, 8.4, 0.041, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0213-315', 'J0215-3121' RA= 02:15:27.179719 DEC= -31:21:48.18165 RAER= 8.35 DECER= 15.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0213-132', 'J0215-1259' RA= 02:15:37.423323 DEC= -12:59:30.23709 RAER= 2.85 DECER= 4.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0212+479', 'J0215+4808' RA= 02:15:38.533323 DEC= +48:08:08.59924 RAER= 8.74 DECER= 3.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0212+376', 'J0215+3750' RA= 02:15:40.039522 DEC= +37:50:08.33932 RAER= 5.86 DECER= 5.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0213-026', 'J0215-0222' RA= 02:15:42.017293 DEC= -02:22:56.75269 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.450, 0.222, 8.4, 0.582, 0.329 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2232 observations" / source= '0212+534', 'J0215+5339' RA= 02:15:43.780728 DEC= +53:39:06.65333 RAER= 0.94 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.008, 8.4, 0.017, 0.007 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0213-300', 'J0215-2948' RA= 02:15:48.479099 DEC= -29:48:42.20107 RAER= 1.91 DECER= 4.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0212+344', 'J0215+3443' RA= 02:15:49.434069 DEC= +34:43:04.80505 RAER= 0.57 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.107, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0213+051', 'J0215+0524' RA= 02:15:55.010778 DEC= +05:24:25.55466 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.175, 0.146, 8.4, 0.141, 0.072 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 847 observations" / source= '0213+027', 'J0216+0300' RA= 02:16:00.459595 DEC= +03:00:11.90593 RAER= 0.58 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.035, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0213-383', 'J0216-3809' RA= 02:16:02.076870 DEC= -38:09:00.34835 RAER= 1.60 DECER= 7.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0214-522', 'J0216-5200' RA= 02:16:03.197773 DEC= -52:00:12.47535 RAER= 0.27 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.257, 0.155 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 137 observations" / source= '0213-015', 'J0216-0118' RA= 02:16:05.663843 DEC= -01:18:03.39685 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.137, 0.094, 8.4, 0.111, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 451 observations" / source= '0213-013', 'J0216-0105' RA= 02:16:12.211900 DEC= -01:05:18.82288 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.136, 0.095, 8.4, 0.091, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 671 observations" / source= '0212+547', 'J0216+5457' RA= 02:16:16.668635 DEC= +54:57:27.28738 RAER= 2.81 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.079, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0213+052', 'J0216+0530' RA= 02:16:16.857209 DEC= +05:30:56.20289 RAER= 1.13 DECER= 2.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.015, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0213+443', 'J0216+4437' RA= 02:16:17.171652 DEC= +44:37:43.39692 RAER= 0.23 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.058, 8.4, 0.091, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 482 observations" / source= '0214-303', 'J0216-3009' RA= 02:16:22.726386 DEC= -30:09:36.48024 RAER= 3.47 DECER= 9.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0213+424', 'J0216+4240' RA= 02:16:25.972236 DEC= +42:40:36.42315 RAER= 1.68 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.013, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0212+549', 'J0216+5512' RA= 02:16:26.754024 DEC= +55:12:04.57138 RAER= 1.20 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.024, 8.4, 0.045, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0213+412', 'J0216+4131' RA= 02:16:30.371442 DEC= +41:31:50.85091 RAER= 0.55 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.011, 8.4, 0.019, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0213+230', 'J0216+2314' RA= 02:16:32.094306 DEC= +23:14:50.35819 RAER= 1.66 DECER= 4.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.006, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0213+178', 'J0216+1806' RA= 02:16:32.527578 DEC= +18:06:34.18917 RAER= 0.39 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.015, 8.4, 0.028, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0213+025', 'J0216+0244' RA= 02:16:35.797035 DEC= +02:44:00.86126 RAER= 0.83 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.012, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0214-105', 'J0216-1017' RA= 02:16:38.875876 DEC= -10:17:02.99920 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.128, 0.105, 8.4, 0.155, 0.114 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 403 observations" / source= '0214-049', 'J0216-0444' RA= 02:16:40.738086 DEC= -04:44:04.92878 RAER= 6.67 DECER= 14.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 108 observations" / source= '0213+432', 'J0216+4331' RA= 02:16:41.834005 DEC= +43:31:34.18354 RAER= 0.18 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.225, 0.083, 8.4, 0.167, 0.082 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 378 observations" / source= '0214-330', 'J0216-3247' RA= 02:16:48.185419 DEC= -32:47:40.85085 RAER= 0.13 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.202, 8.4, 0.389, 0.286 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 523 observations" / source= '0214+171', 'J0216+1724' RA= 02:16:50.729998 DEC= +17:24:06.16401 RAER= 0.48 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.019, 8.4, 0.023, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 47 observations" / source= '0215-668', 'J0216-6636' RA= 02:16:50.869962 DEC= -66:36:42.60048 RAER= 6.22 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0214-166', 'J0216-1627' RA= 02:16:54.762324 DEC= -16:27:47.80704 RAER= 0.52 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, n/a, 8.4, 0.087, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0214+049', 'J0216+0510' RA= 02:16:55.639803 DEC= +05:10:18.37792 RAER= 0.63 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0214-251', 'J0216-2452' RA= 02:16:56.413134 DEC= -24:52:34.87915 RAER= 3.90 DECER= 6.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.024, 8.4, 0.024, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0214-085', 'J0217-0820' RA= 02:17:02.662326 DEC= -08:20:52.35213 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.345, 0.279, 8.4, 0.417, 0.332 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 346 observations" / source= '0214+108', 'J0217+1104' RA= 02:17:07.665348 DEC= +11:04:09.87725 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.018, 8.4, 0.030, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 293 observations" / source= '0215-274', 'J0217-2715' RA= 02:17:15.304277 DEC= -27:15:55.60918 RAER= 0.34 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.056, 8.4, 0.081, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 105 observations" / source= '0215-261', 'J0217-2553' RA= 02:17:16.296102 DEC= -25:53:31.69734 RAER= 8.13 DECER= 32.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0214+083', 'J0217+0837' RA= 02:17:17.125004 DEC= +08:37:03.89842 RAER= 0.11 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 628 observations" / source= '0213+656', 'J0217+6554' RA= 02:17:20.352703 DEC= +65:54:53.70727 RAER= 2.58 DECER= 1.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0215-353', 'J0217-3507' RA= 02:17:23.342305 DEC= -35:07:34.73403 RAER= 0.63 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.105, 8.4, 0.110, 0.116 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0214-011', 'J0217-0052' RA= 02:17:28.634665 DEC= -00:52:27.12547 RAER= 3.64 DECER= 6.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0215-176', 'J0217-1723' RA= 02:17:30.597756 DEC= -17:23:17.36838 RAER= 0.59 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029, 8.4, 0.026, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0212+735', 'J0217+7349' RA= 02:17:30.813368 DEC= +73:49:32.62174 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 74995 observations" / source= '0214+562', 'J0217+5626' RA= 02:17:30.990503 DEC= +56:26:41.32589 RAER= 3.75 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0215-400', 'J0217-3947' RA= 02:17:34.648315 DEC= -39:47:32.29506 RAER= 22.64 DECER= 55.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0214+311', 'J0217+3123' RA= 02:17:37.309485 DEC= +31:23:28.60164 RAER= 0.72 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0214+418', 'J0217+4202' RA= 02:17:37.325432 DEC= +42:02:19.64943 RAER= 0.55 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.077, 8.4, 0.085, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0215-245', 'J0217-2420' RA= 02:17:44.778428 DEC= -24:20:39.85883 RAER= 0.84 DECER= 2.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0215+015', 'J0217+0144' RA= 02:17:48.954748 DEC= +01:44:49.69894 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 55157 observations" / source= '0215-015', 'J0217-0121' RA= 02:17:54.999390 DEC= -01:21:50.71877 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.083, 0.070, 8.4, 0.060, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 512 observations" / source= '0214+632', 'J0217+6330' RA= 02:17:55.333224 DEC= +63:30:52.17414 RAER= 3.11 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations. No flux information" / source= '0215-167', 'J0217-1631' RA= 02:17:57.249493 DEC= -16:31:10.47364 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.183, 0.120, 8.4, 0.195, 0.149 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 372 observations" / source= '0215+243', 'J0218+2433' RA= 02:18:05.898047 DEC= +24:33:53.38411 RAER= 0.33 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.099, 8.4, 0.069, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0215-124', 'J0218-1213' RA= 02:18:14.248528 DEC= -12:13:54.48402 RAER= 2.24 DECER= 4.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.018, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0215+388', 'J0218+3905' RA= 02:18:15.839360 DEC= +39:05:18.22236 RAER= 0.33 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.056, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0215+356', 'J0218+3549' RA= 02:18:28.819305 DEC= +35:49:59.74736 RAER= 0.43 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.020, 8.4, 0.043, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0216-096', 'J0218-0923' RA= 02:18:34.381661 DEC= -09:23:38.42166 RAER= 0.36 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, n/a, 8.4, 0.130, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0216+004', 'J0218+0040' RA= 02:18:35.444975 DEC= +00:40:39.23282 RAER= 0.35 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.046, 8.4, 0.063, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0216-197', 'J0218-1933' RA= 02:18:37.426453 DEC= -19:33:29.38816 RAER= 0.78 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 69 observations" / source= '0215+182', 'J0218+1825' RA= 02:18:40.087841 DEC= +18:25:52.90527 RAER= 0.73 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.018, 8.4, 0.040, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0216-233', 'J0218-2307' RA= 02:18:40.215404 DEC= -23:07:12.43396 RAER= 0.89 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.020, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0215+165', 'J0218+1646' RA= 02:18:40.338349 DEC= +16:46:11.34214 RAER= 0.75 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.012, 8.4, 0.022, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0215+315', 'J0218+3149' RA= 02:18:42.206386 DEC= +31:49:26.87577 RAER= 0.49 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.037, 8.4, 0.055, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0215+364', 'J0218+3640' RA= 02:18:50.041994 DEC= +36:40:42.57967 RAER= 0.17 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.278, 0.240 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 358 observations" / source= '0216+167', 'J0218+1700' RA= 02:18:56.035218 DEC= +17:00:59.59342 RAER= 1.14 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0216-170', 'J0218-1649' RA= 02:18:58.058465 DEC= -16:49:35.35728 RAER= 45.76 DECER= 29.46 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0216+245', 'J0219+2445' RA= 02:19:00.406636 DEC= +24:45:20.58530 RAER= 0.30 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.021, 8.4, 0.027, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0216-366', 'J0219-3626' RA= 02:19:02.907411 DEC= -36:26:07.15633 RAER= 0.86 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.029, 8.4, 0.030, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0216-176', 'J0219-1725' RA= 02:19:05.503297 DEC= -17:25:13.08819 RAER= 0.61 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 88 observations" / source= '0216+011', 'J0219+0120' RA= 02:19:07.024500 DEC= +01:20:59.86609 RAER= 0.10 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1516 observations" / source= '0217-254', 'J0219-2512' RA= 02:19:21.115294 DEC= -25:12:10.77694 RAER= 14.32 DECER= 25.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0217-189', 'J0219-1842' RA= 02:19:21.161756 DEC= -18:42:38.74762 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.286, 0.231, 8.4, 0.271, 0.165 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 648 observations" / source= '0215+601', 'J0219+6025' RA= 02:19:21.828969 DEC= +60:25:07.80080 RAER= 3.45 DECER= 2.02 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations. No flux information" / source= '0216+472', 'J0219+4727' RA= 02:19:23.359887 DEC= +47:27:40.00734 RAER= 0.19 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.230, 0.160, 8.4, 0.122, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 530 observations" / source= '0216+072', 'J0219+0727' RA= 02:19:25.685540 DEC= +07:27:34.38889 RAER= 0.39 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.025, 8.4, 0.037, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0216+478', 'J0219+4806' RA= 02:19:26.676055 DEC= +48:06:38.86045 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.052, 8.4, 0.149, 0.132 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 551 observations" / source= '0217-295', 'J0219-2922' RA= 02:19:30.194063 DEC= -29:22:13.24460 RAER= 1.41 DECER= 4.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.066, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0216+332', 'J0219+3328' RA= 02:19:30.265553 DEC= +33:28:51.13068 RAER= 0.43 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, 0.045, 8.4, 0.090, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0216+295', 'J0219+2945' RA= 02:19:32.197255 DEC= +29:45:53.22336 RAER= 8.29 DECER= 25.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0218-683', 'J0219-6806' RA= 02:19:41.727120 DEC= -68:06:18.24074 RAER= 0.95 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.206, 0.143 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 62 observations" / source= '0216+223', 'J0219+2233' RA= 02:19:47.480591 DEC= +22:33:03.48594 RAER= 0.71 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.063, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0217+017', 'J0219+0155' RA= 02:19:58.746680 DEC= +01:55:48.98294 RAER= 1.01 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0217+166', 'J0220+1652' RA= 02:20:00.758796 DEC= +16:52:28.58909 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.434, 0.069, 8.4, 0.195, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 850 observations" / source= '0217-370', 'J0220-3649' RA= 02:20:03.876255 DEC= -36:49:52.69576 RAER= 4.74 DECER= 18.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0219-706', 'J0220-7022' RA= 02:20:08.076798 DEC= -70:22:29.21390 RAER= 3.92 DECER= 1.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.065, 0.064 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0217+367', 'J0220+3659' RA= 02:20:24.163465 DEC= +36:59:41.19658 RAER= 0.41 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.009, 8.4, 0.037, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 180 observations" / source= '0218-133', 'J0220-1305' RA= 02:20:28.217632 DEC= -13:05:19.06761 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.273, 0.115, 8.4, 0.227, 0.077 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 405 observations" / source= '0218-220', 'J0220-2151' RA= 02:20:35.150141 DEC= -21:51:12.07984 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.171, 0.120, 8.4, 0.110, 0.087 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 780 observations" / source= '0217+262', 'J0220+2631' RA= 02:20:35.987120 DEC= +26:31:03.97892 RAER= 0.55 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.022, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 79 observations" / source= '0217+324', 'J0220+3241' RA= 02:20:48.053016 DEC= +32:41:06.46365 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.593, 0.232, 8.4, 0.346, 0.143 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 542 observations" / source= '0218-089', 'J0220-0842' RA= 02:20:48.467827 DEC= -08:42:50.41413 RAER= 0.91 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.010, 8.4, 0.021, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0218+095', 'J0220+0945' RA= 02:20:53.802312 DEC= +09:45:35.17832 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.053, 0.033, 8.4, 0.041, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 661 observations" / source= '0219-637', 'J0220-6330' RA= 02:20:54.171159 DEC= -63:30:19.38756 RAER= 0.33 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.356, 0.337 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 136 observations" / source= '0218-021', 'J0220-0156' RA= 02:20:54.317204 DEC= -01:56:50.44328 RAER= 4.19 DECER= 8.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0218+35A', 'J0221+355A' RA= 02:21:05.468248 DEC= +35:56:13.73639 RAER= 0.13 DECER= 0.11 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1807 observations" / source= '0218+35B', 'J0221+355B' RA= 02:21:05.493721 DEC= +35:56:13.86399 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1310 observations" / source= '0218-006', 'J0221-0025' RA= 02:21:09.456634 DEC= -00:25:46.58000 RAER= 1.02 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.013, 8.4, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0218-132', 'J0221-1302' RA= 02:21:12.252534 DEC= -13:02:47.82129 RAER= 0.11 DECER= 0.15 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 437 observations" / source= '0218+007', 'J0221+0101' RA= 02:21:13.148729 DEC= +01:01:02.90482 RAER= 0.52 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.044, 8.4, 0.064, 0.084 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0219-293', 'J0221-2907' RA= 02:21:19.066765 DEC= -29:07:15.69385 RAER= 5.27 DECER= 10.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0218+279', 'J0221+2809' RA= 02:21:23.259502 DEC= +28:09:02.21059 RAER= 0.16 DECER= 0.23 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 381 observations" / source= '0218+250', 'J0221+2514' RA= 02:21:26.965096 DEC= +25:14:33.66531 RAER= 0.33 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.022, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 135 observations" / source= '0219-474', 'J0221-4712' RA= 02:21:29.165710 DEC= -47:12:56.69261 RAER= 0.43 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.611, 0.176 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 123 observations" / source= '0219-235', 'J0221-2318' RA= 02:21:41.262216 DEC= -23:18:35.97252 RAER= 0.55 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.044, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0218+617', 'J0221+6159' RA= 02:21:54.660785 DEC= +61:59:20.67917 RAER= 26.74 DECER= 11.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0219-164', 'J0222-1615' RA= 02:22:00.725044 DEC= -16:15:16.54875 RAER= 0.12 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 418 observations" / source= '0219+306', 'J0222+3051' RA= 02:22:03.708315 DEC= +30:51:37.84457 RAER= 0.58 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.049, 8.4, 0.051, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0219+013', 'J0222+0137' RA= 02:22:05.586132 DEC= +01:37:23.07994 RAER= 2.13 DECER= 5.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0217+734', 'J0222+7338' RA= 02:22:12.269027 DEC= +73:38:15.57335 RAER= 6.63 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0219+372', 'J0222+3731' RA= 02:22:15.461170 DEC= +37:31:15.59331 RAER= 0.33 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.048, 8.4, 0.092, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0219+096', 'J0222+0952' RA= 02:22:15.608427 DEC= +09:52:37.82055 RAER= 0.19 DECER= 0.29 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 435 observations" / source= '0219+443', 'J0222+4432' RA= 02:22:17.761127 DEC= +44:32:57.14346 RAER= 1.19 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0220-422', 'J0222-4159' RA= 02:22:17.955854 DEC= -41:59:38.61539 RAER= 1.34 DECER= 6.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0220-224', 'J0222-2213' RA= 02:22:20.729368 DEC= -22:13:28.19407 RAER= 43.87 DECER= 36.09 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0218+652', 'J0222+6529' RA= 02:22:29.088908 DEC= +65:29:08.24065 RAER= 6.07 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0218+585', 'J0222+5848' RA= 02:22:33.520707 DEC= +58:48:13.94314 RAER= 0.91 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.016, 8.4, 0.032, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0219+428', 'J0222+4302' RA= 02:22:39.611495 DEC= +43:02:07.79883 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3828 observations" / source= '0220+074', 'J0222+0742' RA= 02:22:47.688148 DEC= +07:42:57.18254 RAER= 0.30 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.082, 8.4, 0.094, 0.077 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0220-055', 'J0222-0518' RA= 02:22:55.758744 DEC= -05:18:17.58215 RAER= 1.09 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.036, 8.4, 0.050, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0220-349', 'J0222-3441' RA= 02:22:56.401640 DEC= -34:41:28.73008 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2922 observations" / source= '0218+681', 'J0223+6821' RA= 02:23:04.537412 DEC= +68:21:54.99482 RAER= 1.65 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 83 observations" / source= '0219+553', 'J0223+5535' RA= 02:23:04.696669 DEC= +55:35:10.45341 RAER= 2.20 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.087, 8.4, 0.078, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0220-286', 'J0223-2824' RA= 02:23:05.570894 DEC= -28:24:51.35815 RAER= 0.85 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.044, 8.4, 0.066, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0220+392', 'J0223+3929' RA= 02:23:09.190500 DEC= +39:29:36.94133 RAER= 0.58 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 69 observations" / source= '0220+427', 'J0223+4259' RA= 02:23:11.411255 DEC= +42:59:31.38533 RAER= 0.16 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 935 observations" / source= '0220-023', 'J0223-0205' RA= 02:23:13.040534 DEC= -02:05:07.93448 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.144, 0.113, 8.4, 0.123, 0.102 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 348 observations" / source= '0220-115', 'J0223-1117' RA= 02:23:14.252786 DEC= -11:17:38.47763 RAER= 0.72 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 79 observations" / source= '0221-361', 'J0223-3555' RA= 02:23:17.845225 DEC= -35:55:47.83457 RAER= 13.51 DECER= 19.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.028, 8.4, 0.025, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0219+539', 'J0223+5413' RA= 02:23:24.130971 DEC= +54:13:33.31410 RAER= 1.34 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.014, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0220+389', 'J0223+3912' RA= 02:23:28.395148 DEC= +39:12:51.28591 RAER= 0.56 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.031, 8.4, 0.044, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0219+628', 'J0223+6307' RA= 02:23:29.607034 DEC= +63:07:17.30513 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2332 observations" / source= '0221-540', 'J0223-5347' RA= 02:23:30.874776 DEC= -53:47:39.90104 RAER= 0.24 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.278, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 82 observations" / source= '0221-212', 'J0223-2100' RA= 02:23:33.700905 DEC= -21:00:07.03290 RAER= 0.77 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0220+393', 'J0223+3936' RA= 02:23:34.336753 DEC= +39:36:04.26452 RAER= 0.38 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.047, 8.4, 0.057, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0221-096', 'J0223-0925' RA= 02:23:40.812397 DEC= -09:25:21.21732 RAER= 0.90 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.019, 8.4, 0.037, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0221-171', 'J0223-1656' RA= 02:23:43.763626 DEC= -16:56:37.69828 RAER= 0.13 DECER= 0.18 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 409 observations" / source= '0219+715', 'J0223+7144' RA= 02:23:52.192483 DEC= +71:44:45.84407 RAER= 2.63 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.047, 8.4, 0.028, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0220+461', 'J0223+4621' RA= 02:23:53.969562 DEC= +46:21:30.62807 RAER= 0.47 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.017, 8.4, 0.098, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0221+192', 'J0223+1925' RA= 02:23:55.496493 DEC= +19:25:49.57253 RAER= 0.69 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.034, 8.4, 0.031, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0220+565', 'J0223+5644' RA= 02:23:57.222823 DEC= +56:44:23.05356 RAER= 8.73 DECER= 6.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0221-190', 'J0224-1850' RA= 02:24:04.456973 DEC= -18:50:32.39980 RAER= 618.77 DECER= 1018.6 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0221+177', 'J0224+1759' RA= 02:24:08.821850 DEC= +17:59:28.84331 RAER= 0.35 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.024, 8.4, 0.028, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 242 observations" / source= '0221+160', 'J0224+1614' RA= 02:24:11.834217 DEC= +16:14:58.36452 RAER= 0.78 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 60 observations" / source= '0221+276', 'J0224+2750' RA= 02:24:12.294227 DEC= +27:50:10.79857 RAER= 9.57 DECER= 9.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0220+518', 'J0224+5201' RA= 02:24:13.947928 DEC= +52:01:51.18755 RAER= 1.49 DECER= 2.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.008, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0221-029', 'J0224-0243' RA= 02:24:18.344159 DEC= -02:43:26.64432 RAER= 0.78 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0220+698', 'J0224+7004' RA= 02:24:22.855301 DEC= +70:04:35.92048 RAER= 1.05 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.045, 8.4, 0.073, 0.058 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0220+56A', 'J0224+5645' RA= 02:24:24.865278 DEC= +56:45:37.80673 RAER= 1.04 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.028, 8.4, 0.046, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 106 observations" / source= '0221+067', 'J0224+0659' RA= 02:24:28.428192 DEC= +06:59:23.34153 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8640 observations" / source= '0221-025', 'J0224-0219' RA= 02:24:30.331637 DEC= -02:19:32.11156 RAER= 0.56 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.061, 8.4, 0.058, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0221+137', 'J0224+1357' RA= 02:24:41.828043 DEC= +13:57:32.71596 RAER= 0.20 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.019, 8.4, 0.030, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 238 observations" / source= '0221+513', 'J0224+5136' RA= 02:24:46.102154 DEC= +51:36:58.63864 RAER= 2.29 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0219+767', 'J0224+7655' RA= 02:24:53.996780 DEC= +76:55:54.16447 RAER= 4.92 DECER= 1.40 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0222-119', 'J0224-1141' RA= 02:24:57.939385 DEC= -11:41:28.77343 RAER= 0.49 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 73 observations" / source= '0222-099', 'J0224-0942' RA= 02:24:59.908403 DEC= -09:42:35.73670 RAER= 2.68 DECER= 5.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.012, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0222-234', 'J0225-2312' RA= 02:25:02.821453 DEC= -23:12:48.48765 RAER= 0.12 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 691 observations" / source= '0222+185', 'J0225+1846' RA= 02:25:04.668851 DEC= +18:46:48.76687 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.394, 0.345, 8.4, 0.160, 0.125 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1687 observations" / source= '0222+000', 'J0225+0017' RA= 02:25:08.076279 DEC= +00:17:07.22814 RAER= 2.41 DECER= 5.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0222-262', 'J0225-2603' RA= 02:25:10.889566 DEC= -26:03:18.79767 RAER= 0.12 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2101 observations" / source= '0222+038', 'J0225+0407' RA= 02:25:13.821359 DEC= +04:07:24.40046 RAER= 0.38 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.029, 8.4, 0.032, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0222+310', 'J0225+3118' RA= 02:25:16.830312 DEC= +31:18:57.82996 RAER= 0.18 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.293, 0.114, 8.4, 0.239, 0.082 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 174 observations" / source= '0222+296', 'J0225+2955' RA= 02:25:19.195314 DEC= +29:55:12.12930 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.142, 0.119, 8.4, 0.153, 0.118 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 647 observations" / source= '0222+369', 'J0225+3710' RA= 02:25:27.327169 DEC= +37:10:27.74570 RAER= 0.21 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.105, 0.074 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 415 observations" / source= '0223-245', 'J0225-2421' RA= 02:25:29.584319 DEC= -24:21:17.09393 RAER= 9.72 DECER= 15.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0223-023', 'J0225-0210' RA= 02:25:34.211639 DEC= -02:10:16.93862 RAER= 4.66 DECER= 11.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0222+227', 'J0225+2258' RA= 02:25:35.244268 DEC= +22:58:48.71681 RAER= 0.40 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.042, 8.4, 0.044, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0223+113', 'J0225+1134' RA= 02:25:41.909868 DEC= +11:34:25.46502 RAER= 0.11 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.375, 0.302, 8.4, 0.294, 0.168 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 879 observations" / source= '0221+660', 'J0225+6614' RA= 02:25:42.755209 DEC= +66:14:52.95889 RAER= 1.23 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.021, 8.4, 0.065, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0223-452', 'J0225-4503' RA= 02:25:43.527676 DEC= -45:03:16.48067 RAER= 1.66 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, 0.094 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 69 observations" / source= '0222+403', 'J0225+4031' RA= 02:25:44.894619 DEC= +40:31:33.25053 RAER= 1.21 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0222+596', 'J0225+5953' RA= 02:25:48.270169 DEC= +59:53:53.14434 RAER= 1.62 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.013, 8.4, 0.015, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0222+417', 'J0226+4155' RA= 02:26:06.231740 DEC= +41:55:34.16663 RAER= 0.64 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.032, 8.4, 0.034, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0223+012', 'J0226+0129' RA= 02:26:09.681947 DEC= +01:29:28.65651 RAER= 0.33 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.018, 8.4, 0.023, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0223+341', 'J0226+3421' RA= 02:26:10.333248 DEC= +34:21:30.28716 RAER= 0.14 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 481 observations" / source= '0223+093', 'J0226+0937' RA= 02:26:13.715364 DEC= +09:37:26.75753 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.225, 0.105, 8.4, 0.129, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 633 observations" / source= '0223-162', 'J0226-1601' RA= 02:26:17.639247 DEC= -16:01:08.96553 RAER= 0.87 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 52 observations" / source= '0224-309', 'J0226-3041' RA= 02:26:24.085608 DEC= -30:41:32.31046 RAER= 0.84 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.023, 8.4, 0.039, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0223+229', 'J0226+2311' RA= 02:26:31.269250 DEC= +23:11:25.21245 RAER= 0.45 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.029, 8.4, 0.033, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0223+094', 'J0226+0938' RA= 02:26:34.256494 DEC= +09:38:44.23427 RAER= 0.29 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.110, 0.094 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 136 observations" / source= '0223+357', 'J0226+3555' RA= 02:26:36.134188 DEC= +35:55:45.20933 RAER= 1.13 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.008, 8.4, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0224-449', 'J0226-4441' RA= 02:26:38.877412 DEC= -44:41:22.41726 RAER= 30.83 DECER= 9.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.008, n/a, 8.4, 0.007, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0223+194', 'J0226+1941' RA= 02:26:39.961339 DEC= +19:41:10.38011 RAER= 1.41 DECER= 3.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.019, 8.4, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0224-061', 'J0226-0552' RA= 02:26:40.028740 DEC= -05:52:38.51984 RAER= 0.27 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.069, 8.4, 0.079, 0.066 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 94 observations" / source= '0224-431', 'J0226-4255' RA= 02:26:41.424579 DEC= -42:55:38.39947 RAER= 1.55 DECER= 5.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.186, 0.060, 8.4, 0.119, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0224-189', 'J0226-1843' RA= 02:26:47.628409 DEC= -18:43:39.23975 RAER= 0.12 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 616 observations" / source= '0224-198', 'J0226-1937' RA= 02:26:58.393601 DEC= -19:37:55.34927 RAER= 1.61 DECER= 4.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0224+176', 'J0227+1749' RA= 02:27:01.897610 DEC= +17:49:27.73434 RAER= 0.18 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.030, 8.4, 0.042, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 258 observations" / source= '0224-178', 'J0227-1737' RA= 02:27:04.249345 DEC= -17:37:21.62716 RAER= 0.66 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.018, 8.4, 0.017, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0224+393', 'J0227+3931' RA= 02:27:07.415964 DEC= +39:31:41.51776 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.234, 0.156, 8.4, 0.179, 0.101 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 390 observations" / source= '0224+018', 'J0227+0202' RA= 02:27:16.591961 DEC= +02:02:00.01010 RAER= 0.73 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0224+263', 'J0227+2633' RA= 02:27:18.785388 DEC= +26:33:46.59202 RAER= 5.96 DECER= 9.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0222+709', 'J0227+7109' RA= 02:27:28.271423 DEC= +71:09:33.15399 RAER= 4.50 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.013, 8.4, 0.044, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0225-286', 'J0227-2825' RA= 02:27:29.411778 DEC= -28:25:49.45430 RAER= 0.48 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.032, 8.4, 0.053, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0225-090', 'J0227-0848' RA= 02:27:32.076378 DEC= -08:48:12.20586 RAER= 0.75 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.045, 8.4, 0.053, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0225-241', 'J0227-2354' RA= 02:27:33.544379 DEC= -23:54:55.81112 RAER= 0.66 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.015, 8.4, 0.023, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0220+818', 'J0227+8206' RA= 02:27:34.196859 DEC= +82:06:31.61584 RAER= 2.17 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.029, 8.4, 0.043, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 135 observations" / source= '0224+251', 'J0227+2520' RA= 02:27:36.716495 DEC= +25:20:01.91283 RAER= 3.55 DECER= 4.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0225-306', 'J0227-3026' RA= 02:27:40.536669 DEC= -30:26:03.62920 RAER= 0.13 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.209, 0.175, 8.4, 0.309, 0.287 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 622 observations" / source= '0225-394', 'J0227-3913' RA= 02:27:42.050552 DEC= -39:13:08.78587 RAER= 1.58 DECER= 8.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, n/a, 8.4, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0224+225', 'J0227+2248' RA= 02:27:44.361629 DEC= +22:48:34.24352 RAER= 0.29 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.062, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 136 observations" / source= '0225-065', 'J0227-0621' RA= 02:27:44.464249 DEC= -06:21:06.74008 RAER= 0.39 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.238, n/a, 8.4, 0.147, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 79 observations" / source= '0225+187', 'J0227+1901' RA= 02:27:53.333619 DEC= +19:01:14.08116 RAER= 3.90 DECER= 3.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0224+382', 'J0227+3828' RA= 02:27:53.928070 DEC= +38:28:24.10405 RAER= 0.64 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.035, 8.4, 0.045, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0225+282', 'J0227+2830' RA= 02:27:58.829373 DEC= +28:30:45.67565 RAER= 0.86 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.031, 8.4, 0.033, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0224+498', 'J0228+5005' RA= 02:28:00.465682 DEC= +50:05:59.01018 RAER= 0.18 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.340, 0.133, 8.4, 0.256, 0.086 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 606 observations" / source= '0225-014', 'J0228-0115' RA= 02:28:07.847817 DEC= -01:15:40.31868 RAER= 0.45 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.017, 8.4, 0.057, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0225+419', 'J0228+4212' RA= 02:28:12.467271 DEC= +42:12:03.44462 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.232, 0.135, 8.4, 0.146, 0.067 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 524 observations" / source= '0226-312', 'J0228-3102' RA= 02:28:12.985263 DEC= -31:02:40.28289 RAER= 1.00 DECER= 3.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0226-293', 'J0228-2904' RA= 02:28:14.541222 DEC= -29:04:38.05213 RAER= 18.32 DECER= 27.37 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0226-559', 'J0228-5546' RA= 02:28:21.598374 DEC= -55:46:03.28067 RAER= 0.23 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.201, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 146 observations" / source= '0224+540', 'J0228+5419' RA= 02:28:25.691668 DEC= +54:19:08.13523 RAER= 0.31 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.152, 0.035, 8.4, 0.106, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 509 observations" / source= '0225+520', 'J0228+5214' RA= 02:28:27.433960 DEC= +52:14:34.43965 RAER= 1.00 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.015, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0226-227', 'J0228-2233' RA= 02:28:32.091493 DEC= -22:33:51.11051 RAER= 1.13 DECER= 2.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.006, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0226-375', 'J0228-3719' RA= 02:28:33.733665 DEC= -37:19:56.35524 RAER= 0.18 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.074, 8.4, 0.096, 0.070 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 272 observations" / source= '0226-013', 'J0228-0107' RA= 02:28:36.560367 DEC= -01:07:21.50806 RAER= 2.25 DECER= 5.45 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations. No flux information" / source= '0225+146', 'J0228+1450' RA= 02:28:38.372087 DEC= +14:50:40.09277 RAER= 0.77 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.020, 8.4, 0.021, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0225+138', 'J0228+1401' RA= 02:28:40.715729 DEC= +14:01:58.35504 RAER= 44.09 DECER= 19.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0225+253', 'J0228+2532' RA= 02:28:44.124200 DEC= +25:32:41.77418 RAER= 0.82 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.051, 8.4, 0.047, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0226-130', 'J0228-1247' RA= 02:28:48.067039 DEC= -12:47:06.78651 RAER= 0.43 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.042, 8.4, 0.068, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0224+671', 'J0228+6721' RA= 02:28:50.051490 DEC= +67:21:03.02932 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9470 observations" / source= '0226-038', 'J0228-0337' RA= 02:28:53.211220 DEC= -03:37:37.12599 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.599, 0.272, 8.4, 0.629, 0.297 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 473 observations" / source= '0226+174', 'J0228+1739' RA= 02:28:54.698040 DEC= +17:39:31.81075 RAER= 1.50 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0225+469', 'J0229+4710' RA= 02:29:12.116846 DEC= +47:10:16.78369 RAER= 1.15 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.016, 8.4, 0.039, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0227-542', 'J0229-5403' RA= 02:29:12.785320 DEC= -54:03:24.03436 RAER= 0.21 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.306, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 155 observations" / source= '0226+444', 'J0229+4443' RA= 02:29:13.249090 DEC= +44:43:00.80631 RAER= 1.06 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.025, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0224+709', 'J0229+7112' RA= 02:29:13.535690 DEC= +71:12:18.61279 RAER= 2.38 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.051, 8.4, 0.088, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0226+279', 'J0229+2807' RA= 02:29:14.248139 DEC= +28:07:43.49909 RAER= 1.69 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0223+774', 'J0229+7743' RA= 02:29:14.672565 DEC= +77:43:16.14148 RAER= 7.74 DECER= 2.46 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 47 observations" / source= '0226+086', 'J0229+0851' RA= 02:29:15.534964 DEC= +08:51:25.27329 RAER= 0.41 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.199, 0.086, 8.4, 0.106, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 83 observations" / source= '0226-049', 'J0229-0442' RA= 02:29:15.807409 DEC= -04:42:15.98468 RAER= 0.73 DECER= 1.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.014, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0226+037', 'J0229+0356' RA= 02:29:18.381882 DEC= +03:56:37.19112 RAER= 0.86 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0225+668', 'J0229+6706' RA= 02:29:22.585217 DEC= +67:06:37.54689 RAER= 1.95 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.026, 8.4, 0.019, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0226+278', 'J0229+2801' RA= 02:29:24.465932 DEC= +28:01:23.67179 RAER= 0.88 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.011, 8.4, 0.030, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0227-527', 'J0229-5232' RA= 02:29:25.266694 DEC= -52:32:21.97885 RAER= 3.03 DECER= 2.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.081, 0.155 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0227-369', 'J0229-3643' RA= 02:29:28.449050 DEC= -36:43:56.82237 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4752 observations" / source= '0230-790', 'J0229-7847' RA= 02:29:34.946600 DEC= -78:47:45.60172 RAER= 0.52 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3372 observations. No flux information" / source= '0226+287', 'J0229+2859' RA= 02:29:38.873790 DEC= +28:59:15.45712 RAER= 0.79 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.012, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0226+28A', 'J0229+2858' RA= 02:29:42.137988 DEC= +28:58:19.00692 RAER= 3.00 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0226+455', 'J0229+4547' RA= 02:29:45.521705 DEC= +45:47:08.01613 RAER= 1.15 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.009, 8.4, 0.028, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0226+559', 'J0229+5612' RA= 02:29:47.562345 DEC= +56:12:49.72123 RAER= 12.38 DECER= 5.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0226+225', 'J0229+2244' RA= 02:29:47.685773 DEC= +22:44:33.32821 RAER= 1.09 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.031, 8.4, 0.036, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0227+279', 'J0230+2808' RA= 02:30:00.476738 DEC= +28:08:18.86709 RAER= 0.64 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.013, 8.4, 0.021, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0227+217', 'J0230+2159' RA= 02:30:04.294359 DEC= +21:59:08.10157 RAER= 0.24 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.040, 8.4, 0.049, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 67 observations" / source= '0227-145', 'J0230-1417' RA= 02:30:10.736312 DEC= -14:17:49.41738 RAER= 0.52 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.032, 8.4, 0.039, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0223+814', 'J0230+8141' RA= 02:30:10.767687 DEC= +81:41:29.86791 RAER= 4.00 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.034, 8.4, 0.049, 0.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 557 observations" / source= '0228-624', 'J0230-6214' RA= 02:30:11.574914 DEC= -62:14:35.71205 RAER= 0.50 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.134, 0.123 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 104 observations" / source= '0226+619', 'J0230+6209' RA= 02:30:16.155001 DEC= +62:09:37.70689 RAER= 5.60 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations. No flux information" / source= '0227+283', 'J0230+2835' RA= 02:30:24.006077 DEC= +28:35:21.35807 RAER= 1.62 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0227+209', 'J0230+2112' RA= 02:30:29.494747 DEC= +21:12:44.19845 RAER= 0.38 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.025, 8.4, 0.051, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0228-138', 'J0230-1339' RA= 02:30:30.661460 DEC= -13:39:15.55627 RAER= 0.93 DECER= 2.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.011, 8.4, 0.020, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0228-043', 'J0230-0409' RA= 02:30:36.808752 DEC= -04:09:36.47152 RAER= 0.86 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.033, 8.4, 0.033, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 61 observations" / source= '0227+273', 'J0230+2736' RA= 02:30:38.912389 DEC= +27:36:52.26785 RAER= 0.78 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.031, 8.4, 0.041, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0237-856', 'J0230-8528' RA= 02:30:39.448166 DEC= -85:28:19.07406 RAER= 21.89 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0227+403', 'J0230+4032' RA= 02:30:45.710793 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3935 observations" / source= '0227+448', 'J0230+4502' RA= 02:30:49.919344 DEC= +45:02:07.49194 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.266, 0.079, 8.4, 0.148, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 417 observations" / source= '0228+066', 'J0230+0651' RA= 02:30:57.071092 DEC= +06:51:04.78121 RAER= 0.34 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.040, 8.4, 0.058, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 55 observations" / source= '0228+258', 'J0231+2606' RA= 02:31:01.498111 DEC= +26:06:21.61085 RAER= 0.37 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.026, 8.4, 0.033, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0228-163', 'J0231-1606' RA= 02:31:05.035148 DEC= -16:06:49.01685 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.366, 0.260, 8.4, 0.166, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 550 observations" / source= '0229-581', 'J0231-5755' RA= 02:31:09.273895 DEC= -57:55:06.05857 RAER= 1.01 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations. No flux information" / source= '0228+007', 'J0231+0057' RA= 02:31:09.301355 DEC= +00:57:03.53192 RAER= 0.95 DECER= 2.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.008, 8.4, 0.016, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0229-479', 'J0231-4746' RA= 02:31:11.804028 DEC= -47:46:11.58311 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.441, 0.421 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 265 observations" / source= '0229-589', 'J0231-5841' RA= 02:31:16.931977 DEC= -58:41:06.76109 RAER= 0.46 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.111, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 52 observations" / source= '0228+292', 'J0231+2928' RA= 02:31:18.159391 DEC= +29:28:49.15670 RAER= 2.62 DECER= 5.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0228+434', 'J0231+4342' RA= 02:31:20.089546 DEC= +43:42:30.34908 RAER= 0.79 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.044, 8.4, 0.035, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0228+201', 'J0231+2019' RA= 02:31:22.075502 DEC= +20:19:21.93600 RAER= 0.52 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.012, 8.4, 0.019, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 47 observations" / source= '0229-178', 'J0231-1739' RA= 02:31:26.203035 DEC= -17:39:13.51270 RAER= 0.32 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.016, 8.4, 0.020, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 186 observations" / source= '0229-148', 'J0231-1439' RA= 02:31:31.286671 DEC= -14:39:18.41160 RAER= 0.83 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.023, 8.4, 0.022, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0229-376', 'J0231-3728' RA= 02:31:31.908003 DEC= -37:28:33.28383 RAER= 1.23 DECER= 4.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.027, 8.4, 0.056, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0229-113', 'J0231-1106' RA= 02:31:34.247886 DEC= -11:06:07.97270 RAER= 0.77 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.010, 8.4, 0.014, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0229-208', 'J0231-2040' RA= 02:31:36.993964 DEC= -20:40:21.65926 RAER= 0.54 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.097, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 77 observations" / source= '0228+571', 'J0231+5722' RA= 02:31:38.178531 DEC= +57:22:39.28117 RAER= 2.25 DECER= 2.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0229+131', 'J0231+1322' RA= 02:31:45.894062 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 131881 observations" / source= '0228+505', 'J0231+5046' RA= 02:31:49.648411 DEC= +50:46:40.17021 RAER= 1.25 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.032, 8.4, 0.055, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0229-398', 'J0231-3935' RA= 02:31:51.816297 DEC= -39:35:47.26305 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.381, 0.273, 8.4, 0.275, 0.163 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1220 observations" / source= '0229-161', 'J0231-1557' RA= 02:31:54.882729 DEC= -15:57:05.07768 RAER= 18.66 DECER= 25.00 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '0228+626', 'J0231+6250' RA= 02:31:59.156883 DEC= +62:50:34.21129 RAER= 0.48 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.110, n/a, 8.4, 0.069, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 291 observations" / source= '0230-509', 'J0232-5041' RA= 02:32:02.911491 DEC= -50:41:11.29669 RAER= 8.35 DECER= 7.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.117, 0.143 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0229+072', 'J0232+0726' RA= 02:32:04.801552 DEC= +07:26:05.49379 RAER= 0.13 DECER= 0.18 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 449 observations" / source= '0229+23A', 'J0232+2313' RA= 02:32:10.166385 DEC= +23:13:20.99143 RAER= 0.23 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.049, 8.4, 0.081, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0230-516', 'J0232-5127' RA= 02:32:15.433770 DEC= -51:27:16.38750 RAER= 17.83 DECER= 25.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.168, 0.161 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0229+352', 'J0232+3527' RA= 02:32:17.777307 DEC= +35:27:40.99744 RAER= 0.57 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.034, 8.4, 0.033, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 67 observations" / source= '0229+309', 'J0232+3109' RA= 02:32:18.826733 DEC= +31:09:55.59176 RAER= 0.46 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.031, 8.4, 0.033, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0229-062', 'J0232-0601' RA= 02:32:19.949478 DEC= -06:01:59.82268 RAER= 0.40 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.035, 8.4, 0.069, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0229+230', 'J0232+2317' RA= 02:32:20.756495 DEC= +23:17:56.85899 RAER= 0.13 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.362, 0.168, 8.4, 0.253, 0.144 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 780 observations" / source= '0229+262', 'J0232+2628' RA= 02:32:27.623260 DEC= +26:28:38.59060 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.641, 0.403, 8.4, 0.409, 0.152 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 646 observations" / source= '0230-345', 'J0232-3422' RA= 02:32:30.046181 DEC= -34:22:03.64753 RAER= 0.87 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.034, 8.4, 0.041, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0230-288', 'J0232-2839' RA= 02:32:36.740982 DEC= -28:39:26.31134 RAER= 0.15 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.105, 0.089, 8.4, 0.110, 0.080 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 308 observations" / source= '0230-115', 'J0232-1120' RA= 02:32:41.903017 DEC= -11:20:20.22031 RAER= 0.96 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.013, 8.4, 0.023, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0229+200', 'J0232+2017' RA= 02:32:48.615364 DEC= +20:17:17.48593 RAER= 0.27 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.036, 0.035, 8.4, 0.031, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 483 observations" / source= '0230-169', 'J0232-1644' RA= 02:32:48.717491 DEC= -16:44:27.15976 RAER= 1.23 DECER= 2.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.013, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0227+782', 'J0232+7825' RA= 02:32:55.091304 DEC= +78:25:21.47341 RAER= 5.44 DECER= 6.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.114, n/a, 5.0, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0230+259', 'J0232+2609' RA= 02:32:56.363298 DEC= +26:09:42.95585 RAER= 0.63 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.011, 8.4, 0.013, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0229+492', 'J0233+4930' RA= 02:33:00.924966 DEC= +49:30:47.89536 RAER= 0.80 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.050, 8.4, 0.051, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0230+312', 'J0233+3125' RA= 02:33:01.106117 DEC= +31:25:34.21159 RAER= 1.02 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.021, 8.4, 0.028, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0230+064', 'J0233+0640' RA= 02:33:07.343525 DEC= +06:40:44.61246 RAER= 1.34 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0230+388', 'J0233+3905' RA= 02:33:07.946075 DEC= +39:05:23.79420 RAER= 0.18 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.277, 0.234, 8.4, 0.182, 0.103 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 120 observations" / source= '0230+374', 'J0233+3741' RA= 02:33:07.986680 DEC= +37:41:59.82632 RAER= 0.56 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.020, 8.4, 0.020, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0230-103', 'J0233-1009' RA= 02:33:13.154001 DEC= -10:09:24.96071 RAER= 1.46 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.014, 8.4, 0.042, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0230-106', 'J0233-1023' RA= 02:33:17.129598 DEC= -10:23:00.96984 RAER= 1.21 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.015, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0230+344', 'J0233+3442' RA= 02:33:20.420033 DEC= +34:42:53.98949 RAER= 0.14 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 585 observations" / source= '0230-051', 'J0233-0455' RA= 02:33:22.159976 DEC= -04:55:06.91927 RAER= 0.87 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.072, 0.061 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0230+445', 'J0233+4446' RA= 02:33:25.579463 DEC= +44:46:41.30694 RAER= 6.06 DECER= 6.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0230+310', 'J0233+3115' RA= 02:33:26.035183 DEC= +31:15:01.94082 RAER= 0.76 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.039, 8.4, 0.044, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0230+067', 'J0233+0655' RA= 02:33:29.987990 DEC= +06:55:26.38285 RAER= 0.64 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.006, 0.005, 8.4, 0.009, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0230-022', 'J0233-0203' RA= 02:33:30.396092 DEC= -02:03:22.77329 RAER= 0.51 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.023, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0229+624', 'J0233+6239' RA= 02:33:39.004910 DEC= +62:39:11.00681 RAER= 4.87 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0231+067', 'J0233+0656' RA= 02:33:40.996209 DEC= +06:56:11.05931 RAER= 0.90 DECER= 1.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.015, 8.4, 0.015, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0231+119', 'J0233+1207' RA= 02:33:47.339195 DEC= +12:07:48.75825 RAER= 1.02 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a, 8.4, 0.041, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0231+022', 'J0233+0229' RA= 02:33:49.204078 DEC= +02:29:25.15409 RAER= 0.45 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0226+819', 'J0233+8212' RA= 02:33:53.657590 DEC= +82:12:05.69295 RAER= 15.47 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.013, 8.4, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0232-507', 'J0233-5030' RA= 02:33:56.815157 DEC= -50:30:19.67589 RAER= 0.58 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.335, 0.174 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0231+183', 'J0234+1832' RA= 02:34:03.372682 DEC= +18:32:55.37318 RAER= 0.29 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.128, 0.027, 8.4, 0.062, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 259 observations" / source= '0231+045', 'J0234+0446' RA= 02:34:07.155415 DEC= +04:46:43.09285 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.287, 0.169, 8.4, 0.130, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 687 observations" / source= '0232-622', 'J0234-6200' RA= 02:34:14.437140 DEC= -62:00:43.55087 RAER= 3.47 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.064, 0.058 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0231-098', 'J0234-0935' RA= 02:34:15.921121 DEC= -09:35:15.84883 RAER= 4.40 DECER= 5.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0231+433', 'J0234+4333' RA= 02:34:20.112810 DEC= +43:33:05.54535 RAER= 0.76 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.018, 8.4, 0.057, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0231+385', 'J0234+3844' RA= 02:34:28.416191 DEC= +38:44:54.97920 RAER= 0.31 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.060, 8.4, 0.076, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 84 observations" / source= '0231+202', 'J0234+2025' RA= 02:34:28.953699 DEC= +20:25:31.34302 RAER= 0.75 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.010, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 54 observations" / source= '0231+284', 'J0234+2842' RA= 02:34:32.243560 DEC= +28:42:12.76085 RAER= 0.41 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, 0.031, 8.4, 0.053, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0231+545', 'J0234+5446' RA= 02:34:36.875928 DEC= +54:46:22.93783 RAER= 14.71 DECER= 6.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0231+231', 'J0234+2324' RA= 02:34:43.094309 DEC= +23:24:46.81728 RAER= 0.28 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.057, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 118 observations" / source= '0233-478', 'J0235-4737' RA= 02:35:06.423558 DEC= -47:37:10.57514 RAER= 2.46 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.109, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0232-042', 'J0235-0402' RA= 02:35:07.341784 DEC= -04:02:05.31766 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.043, 8.4, 0.171, 0.074 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 746 observations" / source= '0233-325', 'J0235-3222' RA= 02:35:08.448123 DEC= -32:22:33.68514 RAER= 5.92 DECER= 15.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0233-298', 'J0235-2936' RA= 02:35:13.453739 DEC= -29:36:17.25796 RAER= 0.66 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 97 observations" / source= '0233-473', 'J0235-4709' RA= 02:35:14.449553 DEC= -47:09:31.92270 RAER= 1.96 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.119, 0.112 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0233-385', 'J0235-3817' RA= 02:35:16.457177 DEC= -38:17:54.46603 RAER= 2.26 DECER= 4.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.038, 8.4, 0.020, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0232-012', 'J0235-0100' RA= 02:35:16.809381 DEC= -01:00:51.65974 RAER= 2.05 DECER= 4.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0231+620', 'J0235+6216' RA= 02:35:20.639490 DEC= +62:16:02.33462 RAER= 0.36 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.035, 0.042, 8.4, 0.060, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 364 observations" / source= '0233-349', 'J0235-3445' RA= 02:35:28.635401 DEC= -34:45:42.74908 RAER= 13.98 DECER= 30.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0232+181', 'J0235+1824' RA= 02:35:30.311613 DEC= +18:24:48.63354 RAER= 283.58 DECER= 204.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0232+301', 'J0235+3020' RA= 02:35:31.046895 DEC= +30:20:02.39356 RAER= 0.35 DECER= 0.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.081, 8.4, 0.115, 0.095 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0233-025', 'J0235-0219' RA= 02:35:32.375384 DEC= -02:19:32.65744 RAER= 10.73 DECER= 7.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0230+748', 'J0235+7505' RA= 02:35:32.729518 DEC= +75:05:19.47313 RAER= 0.68 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.124, n/a, 8.4, 0.108, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 151 observations" / source= '0231+597', 'J0235+5956' RA= 02:35:37.801409 DEC= +59:56:28.99171 RAER= 48.89 DECER= 13.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0233+086', 'J0235+0849' RA= 02:35:47.094865 DEC= +08:49:06.57572 RAER= 0.63 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.032, 8.4, 0.036, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0232+466', 'J0235+4655' RA= 02:35:47.418584 DEC= +46:55:01.81341 RAER= 0.64 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.069, 8.4, 0.054, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0233+128', 'J0235+1304' RA= 02:35:50.369178 DEC= +13:04:35.82887 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.099, 0.040, 8.4, 0.083, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 273 observations" / source= '0232+411', 'J0235+4123' RA= 02:35:56.142863 DEC= +41:23:16.51246 RAER= 1.08 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.016, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0233+160', 'J0235+1615' RA= 02:35:56.883632 DEC= +16:15:24.34634 RAER= 0.16 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.035, 8.4, 0.052, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 264 observations" / source= '0233-149', 'J0236-1445' RA= 02:36:07.567492 DEC= -14:45:33.86025 RAER= 1.69 DECER= 3.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.014, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0233-133', 'J0236-1307' RA= 02:36:09.630884 DEC= -13:07:59.38317 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.189, 0.117, 8.4, 0.178, 0.114 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 219 observations" / source= '0233-153', 'J0236-1506' RA= 02:36:10.435957 DEC= -15:06:52.84787 RAER= 0.51 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.016, 8.4, 0.020, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0234-379', 'J0236-3745' RA= 02:36:19.685299 DEC= -37:45:32.75198 RAER= 7.75 DECER= 17.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0234-273', 'J0236-2709' RA= 02:36:25.103698 DEC= -27:09:33.43636 RAER= 0.77 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.023, 8.4, 0.030, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0233+069', 'J0236+0709' RA= 02:36:30.057856 DEC= +07:09:27.21145 RAER= 1.54 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.012, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0234-301', 'J0236-2953' RA= 02:36:31.169411 DEC= -29:53:55.54053 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4981 observations" / source= '0233+359', 'J0236+3612' RA= 02:36:38.280195 DEC= +36:12:40.27927 RAER= 0.73 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.257, 0.052, 8.4, 0.162, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0233+504', 'J0236+5039' RA= 02:36:38.985398 DEC= +50:39:40.28422 RAER= 0.73 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.020, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0233+334', 'J0236+3338' RA= 02:36:52.308690 DEC= +33:38:36.48620 RAER= 0.35 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, 0.054, 8.4, 0.104, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0235-618', 'J0236-6136' RA= 02:36:53.245738 DEC= -61:36:15.18354 RAER= 0.23 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.292, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 636 observations" / source= '0233+617', 'J0236+6157' RA= 02:36:56.787668 DEC= +61:57:58.68728 RAER= 5.11 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0234+302', 'J0237+3025' RA= 02:37:00.442164 DEC= +30:25:43.79326 RAER= 0.81 DECER= 1.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.013, 8.4, 0.029, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0234-074', 'J0237-0713' RA= 02:37:00.776099 DEC= -07:13:07.37873 RAER= 2.31 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0233+434', 'J0237+4342' RA= 02:37:01.211704 DEC= +43:42:04.18456 RAER= 1.34 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.225, 0.020, 8.4, 0.049, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 297 observations" / source= '0234+110', 'J0237+1116' RA= 02:37:13.589637 DEC= +11:16:15.47737 RAER= 0.17 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.059, 8.4, 0.071, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 269 observations" / source= '0234+052', 'J0237+0526' RA= 02:37:14.038018 DEC= +05:26:49.96948 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.080, 0.048, 8.4, 0.086, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1085 observations" / source= '0235-266', 'J0237-2623' RA= 02:37:16.761756 DEC= -26:23:53.14651 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.068, 8.4, 0.098, 0.082 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 418 observations" / source= '0234+197', 'J0237+2000' RA= 02:37:19.772580 DEC= +20:00:31.76180 RAER= 0.40 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.019, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0234+301', 'J0237+3022' RA= 02:37:21.841661 DEC= +30:22:59.81809 RAER= 0.19 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.101, 8.4, 0.129, 0.116 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 174 observations" / source= '0233+630', 'J0237+6313' RA= 02:37:23.391205 DEC= +63:13:23.82508 RAER= 2.99 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations. No flux information" / source= '0235-196', 'J0237-1923' RA= 02:37:31.423300 DEC= -19:23:17.54885 RAER= 5.76 DECER= 13.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0235-250', 'J0237-2447' RA= 02:37:31.799091 DEC= -24:47:50.95250 RAER= 2.24 DECER= 6.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.013, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0235-362', 'J0237-3603' RA= 02:37:34.046369 DEC= -36:03:28.45387 RAER= 0.65 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.018, 8.4, 0.024, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 93 observations" / source= '0235+019', 'J0237+0207' RA= 02:37:37.973321 DEC= +02:07:42.54867 RAER= 0.46 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.023, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0235+091', 'J0237+0919' RA= 02:37:40.529251 DEC= +09:19:01.64239 RAER= 0.13 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 394 observations" / source= '0235+017', 'J0237+0158' RA= 02:37:41.779638 DEC= +01:58:31.13132 RAER= 0.46 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 87 observations" / source= '0235-147', 'J0237-1433' RA= 02:37:45.645396 DEC= -14:33:53.89124 RAER= 3.82 DECER= 4.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0234+567', 'J0237+5658' RA= 02:37:46.103249 DEC= +56:58:58.87048 RAER= 0.53 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.077, 8.4, 0.090, 0.091 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0233+647', 'J0237+6457' RA= 02:37:50.431841 DEC= +64:57:53.12375 RAER= 3.35 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0235+205', 'J0237+2046' RA= 02:37:50.628936 DEC= +20:46:18.45579 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.102, 0.069, 8.4, 0.084, 0.077 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 414 observations" / source= '0234+285', 'J0237+2848' RA= 02:37:52.405677 DEC= +28:48:08.98998 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 78864 observations" / source= '0235-019', 'J0237-0145' RA= 02:37:57.221790 DEC= -01:45:10.56207 RAER= 1.30 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.017, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0236-393', 'J0238-3905' RA= 02:38:00.634669 DEC= -39:05:04.72430 RAER= 7.82 DECER= 4.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.047, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0235-191', 'J0238-1854' RA= 02:38:02.479130 DEC= -18:54:29.75666 RAER= 0.72 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.024, 8.4, 0.039, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0234+589', 'J0238+5911' RA= 02:38:02.602508 DEC= +59:11:49.77078 RAER= 1.53 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0234+507', 'J0238+5057' RA= 02:38:02.772942 DEC= +50:57:33.67653 RAER= 0.20 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.154, 0.092 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 301 observations" / source= '0235-253', 'J0238-2509' RA= 02:38:11.426272 DEC= -25:09:03.80311 RAER= 1.29 DECER= 3.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0236-317', 'J0238-3133' RA= 02:38:13.586813 DEC= -31:33:37.59460 RAER= 0.81 DECER= 3.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0235-066', 'J0238-0628' RA= 02:38:14.107314 DEC= -06:28:52.02205 RAER= 0.61 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.020, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0234+469', 'J0238+4712' RA= 02:38:16.503262 DEC= +47:12:18.55239 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.134, 0.111, 8.4, 0.090, 0.062 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 757 observations" / source= '0235+068', 'J0238+0705' RA= 02:38:19.863669 DEC= +07:05:36.44378 RAER= 0.55 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.021, 8.4, 0.029, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0235+153', 'J0238+1533' RA= 02:38:19.890616 DEC= +15:33:22.53626 RAER= 0.15 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.030, 8.4, 0.054, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 305 observations" / source= '0235-068', 'J0238-0639' RA= 02:38:20.176501 DEC= -06:39:22.84541 RAER= 0.42 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.030, 8.4, 0.035, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0235+129', 'J0238+1312' RA= 02:38:21.513970 DEC= +13:12:25.88671 RAER= 0.43 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.110, 0.097, 8.4, 0.111, 0.085 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0235-064', 'J0238-0616' RA= 02:38:23.266029 DEC= -06:16:19.91904 RAER= 1.43 DECER= 3.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.014, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0235+347', 'J0238+3459' RA= 02:38:24.835495 DEC= +34:59:44.55012 RAER= 0.61 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.080, 8.4, 0.100, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0235+192', 'J0238+1927' RA= 02:38:28.178975 DEC= +19:27:42.03371 RAER= 0.63 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.046, 8.4, 0.043, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0235+344', 'J0238+3441' RA= 02:38:29.559831 DEC= +34:41:36.67217 RAER= 0.62 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.022, 8.4, 0.039, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0236-314', 'J0238-3116' RA= 02:38:32.480366 DEC= -31:16:58.06361 RAER= 0.38 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.028, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 112 observations" / source= '0235+023', 'J0238+0233' RA= 02:38:32.671399 DEC= +02:33:49.09806 RAER= 1.67 DECER= 2.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.025, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0235+463', 'J0238+4635' RA= 02:38:35.408149 DEC= +46:35:20.14026 RAER= 1.06 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.029, 8.4, 0.030, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0235+164', 'J0238+1636' RA= 02:38:38.930104 DEC= +16:36:59.27453 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 125466 observations" / source= '0235+386', 'J0238+3852' RA= 02:38:40.538725 DEC= +38:52:07.48199 RAER= 0.88 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.016, 8.4, 0.021, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0235+256', 'J0238+2554' RA= 02:38:53.889486 DEC= +25:54:07.15133 RAER= 1.52 DECER= 1.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.012, 8.4, 0.011, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0236-307', 'J0238-3032' RA= 02:38:55.260718 DEC= -30:32:03.18089 RAER= 1.36 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.083, 0.098 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0236-186', 'J0238-1828' RA= 02:38:58.351753 DEC= -18:28:10.49663 RAER= 1.22 DECER= 3.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.013, 8.4, 0.018, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0237-368', 'J0239-3640' RA= 02:39:07.228912 DEC= -36:40:13.60543 RAER= 0.97 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.021, 8.4, 0.020, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0236-143', 'J0239-1408' RA= 02:39:16.272494 DEC= -14:08:03.78186 RAER= 1.24 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0236+026', 'J0239+0251' RA= 02:39:18.809821 DEC= +02:51:11.77967 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.133, 0.127, 8.4, 0.125, 0.118 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 253 observations" / source= '0235+644', 'J0239+6442' RA= 02:39:22.720578 DEC= +64:42:26.52183 RAER= 5.96 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.008, 8.4, 0.034, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0236+008', 'J0239+0105' RA= 02:39:23.638665 DEC= +01:05:37.68367 RAER= 0.58 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.030, 8.4, 0.039, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0237-140', 'J0239-1348' RA= 02:39:26.021708 DEC= -13:48:43.37735 RAER= 0.36 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, 0.058, 8.4, 0.195, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 68 observations" / source= '0237-116', 'J0239-1127' RA= 02:39:26.843554 DEC= -11:27:52.69523 RAER= 1.34 DECER= 3.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0236+132', 'J0239+1327' RA= 02:39:27.233399 DEC= +13:27:38.49543 RAER= 0.33 DECER= 0.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 130 observations" / source= '0237-103', 'J0239-1006' RA= 02:39:35.529708 DEC= -10:06:28.56446 RAER= 0.54 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.035, 8.4, 0.040, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0237-201', 'J0239-1953' RA= 02:39:37.766092 DEC= -19:53:26.19220 RAER= 9.55 DECER= 24.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0236+319', 'J0239+3206' RA= 02:39:37.796611 DEC= +32:06:54.72769 RAER= 0.80 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0235+598', 'J0239+6005' RA= 02:39:37.952328 DEC= +60:05:41.91379 RAER= 2.99 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations. No flux information" / source= '0237-14A', 'J0239-1354' RA= 02:39:39.125387 DEC= -13:54:09.45242 RAER= 0.32 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.045, 8.4, 0.064, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 109 observations" / source= '0237+067', 'J0239+0700' RA= 02:39:43.257769 DEC= +07:00:08.72853 RAER= 0.46 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.035, 8.4, 0.042, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0237-027', 'J0239-0234' RA= 02:39:45.472274 DEC= -02:34:40.91461 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27352 observations" / source= '0237-269', 'J0239-2645' RA= 02:39:49.667112 DEC= -26:45:32.09211 RAER= 35.82 DECER= 38.42 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0237+040', 'J0239+0416' RA= 02:39:51.263046 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3411 observations" / source= '0236+470', 'J0239+4716' RA= 02:39:51.658801 DEC= +47:16:06.18315 RAER= 3.35 DECER= 3.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0237-166', 'J0239-1623' RA= 02:39:51.963909 DEC= -16:23:17.26271 RAER= 0.93 DECER= 2.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.016, 8.4, 0.015, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0236+420', 'J0240+4216' RA= 02:40:05.252647 DEC= +42:16:22.51996 RAER= 0.15 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.146, 0.132, 8.4, 0.127, 0.088 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 725 observations" / source= '0237-233', 'J0240-2309' RA= 02:40:08.174435 DEC= -23:09:15.72982 RAER= 0.12 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1139 observations" / source= '0236+438', 'J0240+4405' RA= 02:40:09.990928 DEC= +44:05:15.26176 RAER= 0.96 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.024, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0237-150', 'J0240-1450' RA= 02:40:10.341162 DEC= -14:50:52.64062 RAER= 0.21 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.111, 0.076, 8.4, 0.103, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 84 observations" / source= '0237-121', 'J0240-1156' RA= 02:40:10.811877 DEC= -11:56:34.64692 RAER= 0.63 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0237+073', 'J0240+0731' RA= 02:40:12.040389 DEC= +07:31:57.10279 RAER= 0.66 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0237-037', 'J0240-0331' RA= 02:40:14.702173 DEC= -03:31:36.13275 RAER= 0.69 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 62 observations" / source= '0237+230', 'J0240+2313' RA= 02:40:19.450067 DEC= +23:13:32.47108 RAER= 0.36 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.083, 8.4, 0.086, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0236+662', 'J0240+6630' RA= 02:40:21.881900 DEC= +66:30:06.24681 RAER= 7.10 DECER= 2.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0237-141', 'J0240-1357' RA= 02:40:21.958340 DEC= -13:57:34.02849 RAER= 0.43 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0237-031', 'J0240-0253' RA= 02:40:24.370993 DEC= -02:53:34.28377 RAER= 1.72 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0236+610', 'J0240+6113' RA= 02:40:31.662923 DEC= +61:13:45.59461 RAER= 3.82 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.237, 0.081, 8.4, 0.087, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 119 observations" / source= '0238-372', 'J0240-3701' RA= 02:40:40.166613 DEC= -37:01:10.16221 RAER= 0.65 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.031, 8.4, 0.064, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0237+185', 'J0240+1848' RA= 02:40:42.816311 DEC= +18:48:00.05492 RAER= 0.12 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 831 observations" / source= '0238-342', 'J0240-3400' RA= 02:40:47.688669 DEC= -34:00:22.54388 RAER= 1.83 DECER= 7.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0237+221', 'J0240+2222' RA= 02:40:47.897969 DEC= +22:22:54.73291 RAER= 0.40 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.020, 8.4, 0.033, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 70 observations" / source= '0237+443', 'J0240+4436' RA= 02:40:54.824074 DEC= +44:36:41.90785 RAER= 24.60 DECER= 18.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0238-052', 'J0240-0504' RA= 02:40:56.172774 DEC= -05:04:42.20212 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.117, 8.4, 0.147, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 600 observations" / source= '0238-131', 'J0241-1253' RA= 02:41:03.827874 DEC= -12:53:49.95564 RAER= 0.86 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0238-084', 'J0241-0815' RA= 02:41:04.798503 DEC= -08:15:20.75199 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9404 observations" / source= '0238+085', 'J0241+0844' RA= 02:41:06.161636 DEC= +08:44:16.94627 RAER= 0.35 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 90 observations" / source= '0239-303', 'J0241-3008' RA= 02:41:16.626304 DEC= -30:08:18.51668 RAER= 1.68 DECER= 5.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0237+655', 'J0241+6543' RA= 02:41:21.746499 DEC= +65:43:11.57945 RAER= 0.90 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.012, 8.4, 0.026, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 167 observations" / source= '0237+65A', 'J0241+654A' RA= 02:41:26.258954 DEC= +65:45:47.56078 RAER= 1.54 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.017, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 73 observations" / source= '0237+61A', 'J0241+612A' RA= 02:41:33.865079 DEC= +61:26:29.38296 RAER= 1.94 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.177, n/a, 8.4, 0.081, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0237+612', 'J0241+6126' RA= 02:41:33.892407 DEC= +61:26:29.51282 RAER= 1.27 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, n/a, 8.4, 0.086, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0239-162', 'J0241-1603' RA= 02:41:51.403939 DEC= -16:03:33.63923 RAER= 1.29 DECER= 2.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, 0.006, 8.4, 0.013, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0239+062', 'J0241+0625' RA= 02:41:56.930169 DEC= +06:25:01.15069 RAER= 0.33 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.082, 8.4, 0.083, 0.062 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0239+322', 'J0242+3226' RA= 02:42:07.228399 DEC= +32:26:03.76283 RAER= 0.46 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.106, 0.052, 8.4, 0.072, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0240-317', 'J0242-3134' RA= 02:42:08.291871 DEC= -31:34:39.87658 RAER= 2.32 DECER= 7.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0238+519', 'J0242+5209' RA= 02:42:11.330887 DEC= +52:09:03.89346 RAER= 0.36 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.044, 8.4, 0.075, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0240-327', 'J0242-3231' RA= 02:42:12.560028 DEC= -32:31:44.01811 RAER= 1.27 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0239-164', 'J0242-1616' RA= 02:42:20.772071 DEC= -16:16:38.04983 RAER= 0.69 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0239+266', 'J0242+2653' RA= 02:42:20.832656 DEC= +26:53:37.71782 RAER= 0.31 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.071, 8.4, 0.099, 0.078 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 137 observations" / source= '0239+175', 'J0242+1742' RA= 02:42:24.268266 DEC= +17:42:58.84920 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3869 observations" / source= '0240-308', 'J0242-3039' RA= 02:42:25.923479 DEC= -30:39:05.78177 RAER= 14.39 DECER= 39.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0239+108', 'J0242+1101' RA= 02:42:29.170851 DEC= +11:01:00.72786 RAER= 0.10 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5802 observations" / source= '0239+013', 'J0242+0135' RA= 02:42:34.483809 DEC= +01:35:46.48102 RAER= 2.51 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0240-217', 'J0242-2132' RA= 02:42:35.909871 DEC= -21:32:25.93498 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.864, 0.251, 8.4, 0.275, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 531 observations" / source= '0240-002', 'J0242-0000' RA= 02:42:40.721421 DEC= -00:00:47.53581 RAER= 7.12 DECER= 7.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0237+724', 'J0242+7239' RA= 02:42:42.505999 DEC= +72:39:46.23949 RAER= 2.65 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.020, 8.4, 0.044, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0240-034', 'J0242-0311' RA= 02:42:42.689558 DEC= -03:11:47.35397 RAER= 6.35 DECER= 12.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0239+548', 'J0242+5501' RA= 02:42:46.571344 DEC= +55:01:49.55957 RAER= 2.74 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.017, 8.4, 0.061, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0240+174', 'J0242+1737' RA= 02:42:48.217874 DEC= +17:37:00.48270 RAER= 0.45 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.016, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0240-032', 'J0242-0300' RA= 02:42:51.092937 DEC= -03:00:18.63355 RAER= 0.77 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0240+062', 'J0242+0628' RA= 02:42:51.183131 DEC= +06:28:35.38722 RAER= 0.38 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.019, 8.4, 0.055, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0240+173', 'J0242+1730' RA= 02:42:53.579547 DEC= +17:30:53.12833 RAER= 1.50 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0239+520', 'J0242+5213' RA= 02:42:57.140985 DEC= +52:13:37.32981 RAER= 2.79 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011, 8.4, 0.011, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0240-097', 'J0243-0934' RA= 02:43:03.788948 DEC= -09:34:56.13257 RAER= 0.99 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.017, 8.4, 0.018, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 54 observations" / source= '0240-09A', 'J0243-0936' RA= 02:43:05.119055 DEC= -09:36:28.37771 RAER= 4.93 DECER= 14.72 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '0240+240', 'J0243+2417' RA= 02:43:06.390803 DEC= +24:17:29.20197 RAER= 1.00 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.075, 8.4, 0.090, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0240-054', 'J0243-0512' RA= 02:43:11.389694 DEC= -05:12:58.33095 RAER= 0.88 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0240-060', 'J0243-0550' RA= 02:43:12.469480 DEC= -05:50:55.29583 RAER= 0.11 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 537 observations" / source= '0241-512', 'J0243-5105' RA= 02:43:13.756510 DEC= -51:05:17.56082 RAER= 67.57 DECER= 14.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0240+110', 'J0243+1115' RA= 02:43:17.659487 DEC= +11:15:41.70641 RAER= 0.12 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.047, 8.4, 0.102, 0.094 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 586 observations" / source= '0241-564', 'J0243-5612' RA= 02:43:26.529034 DEC= -56:12:42.44077 RAER= 0.39 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.733, 0.332 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 141 observations" / source= '0238+711', 'J0243+7120' RA= 02:43:30.891335 DEC= +71:20:17.90416 RAER= 0.40 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 890 observations" / source= '0240-027', 'J0243-0232' RA= 02:43:31.322765 DEC= -02:32:56.61444 RAER= 2.31 DECER= 3.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0241-052', 'J0243-0502' RA= 02:43:31.577547 DEC= -05:02:45.80844 RAER= 1.24 DECER= 3.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0241-115', 'J0243-1120' RA= 02:43:31.602483 DEC= -11:20:32.92678 RAER= 1.69 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0239+676', 'J0243+6752' RA= 02:43:31.900934 DEC= +67:52:43.36166 RAER= 5.54 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.012, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0239+617', 'J0243+6155' RA= 02:43:35.559057 DEC= +61:55:54.72580 RAER= 16.58 DECER= 6.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0241+011', 'J0243+0121' RA= 02:43:39.545217 DEC= +01:21:09.48509 RAER= 0.35 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.020, 8.4, 0.044, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0240+499', 'J0243+5009' RA= 02:43:42.334503 DEC= +50:09:31.25195 RAER= 0.83 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.038, 8.4, 0.086, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0241+031', 'J0243+0320' RA= 02:43:45.844568 DEC= +03:20:01.75501 RAER= 0.57 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.011, 8.4, 0.015, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0241+022', 'J0243+0226' RA= 02:43:51.241362 DEC= +02:26:13.01160 RAER= 0.46 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.028, 8.4, 0.035, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0241-032', 'J0243-0305' RA= 02:43:53.178768 DEC= -03:05:08.61598 RAER= 3.44 DECER= 4.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0241-322', 'J0243-3204' RA= 02:43:54.412274 DEC= -32:04:21.59475 RAER= 2.05 DECER= 4.76 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 59 observations" / source= '0241-112', 'J0244-1101' RA= 02:44:03.356363 DEC= -11:01:02.07465 RAER= 0.43 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.113, 0.009, 8.4, 0.036, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 76 observations" / source= '0241-05A', 'J0244-0502' RA= 02:44:09.648333 DEC= -05:02:18.05823 RAER= 1.08 DECER= 1.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.032, 8.4, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0240+444', 'J0244+4441' RA= 02:44:10.212268 DEC= +44:41:36.94925 RAER= 1.01 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.009, 8.4, 0.014, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0242-308', 'J0244-3040' RA= 02:44:16.852468 DEC= -30:40:37.50127 RAER= 0.65 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.071, 8.4, 0.053, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0242-195', 'J0244-1922' RA= 02:44:26.758561 DEC= -19:22:34.73859 RAER= 5.96 DECER= 11.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0241+393', 'J0244+3933' RA= 02:44:26.815072 DEC= +39:33:26.50195 RAER= 9.91 DECER= 8.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0241-042', 'J0244-0401' RA= 02:44:27.085916 DEC= -04:01:17.22001 RAER= 0.22 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 126 observations" / source= '0240+652', 'J0244+6527' RA= 02:44:37.196692 DEC= +65:27:52.63123 RAER= 8.03 DECER= 1.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0243-585', 'J0244-5819' RA= 02:44:40.301029 DEC= -58:19:54.63144 RAER= 1.68 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations. No flux information" / source= '0240+706', 'J0244+7049' RA= 02:44:43.231870 DEC= +70:49:47.67624 RAER= 3.81 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0242+079', 'J0244+0809' RA= 02:44:43.349540 DEC= +08:09:48.54543 RAER= 1.43 DECER= 1.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0242+131', 'J0244+1320' RA= 02:44:45.693333 DEC= +13:20:07.22133 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.185, 0.139, 8.4, 0.216, 0.101 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1189 observations" / source= '0241+622', 'J0244+6228' RA= 02:44:57.696733 DEC= +62:28:06.51548 RAER= 0.22 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3763 observations" / source= '0242+090', 'J0245+0915' RA= 02:45:05.544034 DEC= +09:15:42.18186 RAER= 0.30 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, 0.067, 8.4, 0.109, 0.087 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0242+161', 'J0245+1620' RA= 02:45:10.458868 DEC= +16:20:37.55414 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.018, 8.4, 0.025, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 236 observations" / source= '0242+105', 'J0245+1047' RA= 02:45:13.474552 DEC= +10:47:22.84449 RAER= 0.55 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.032, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0242+238', 'J0245+2405' RA= 02:45:16.855977 DEC= +24:05:35.17290 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.396, 0.120, 8.4, 0.251, 0.155 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 945 observations" / source= '0242+305', 'J0245+3045' RA= 02:45:19.113990 DEC= +30:45:27.74486 RAER= 0.74 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.044, 8.4, 0.032, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0242-031', 'J0245-0256' RA= 02:45:19.629981 DEC= -02:56:28.17289 RAER= 0.54 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.018, 8.4, 0.017, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0242-015', 'J0245-0122' RA= 02:45:21.765656 DEC= -01:22:35.15954 RAER= 1.03 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.024, 8.4, 0.016, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0242+318', 'J0245+3205' RA= 02:45:23.585952 DEC= +32:05:25.39448 RAER= 0.96 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.015, 8.4, 0.027, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0242-113', 'J0245-1107' RA= 02:45:24.952144 DEC= -11:07:16.81167 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.148, 0.081, 8.4, 0.186, 0.061 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 315 observations" / source= '0241+715', 'J0245+7143' RA= 02:45:46.067559 DEC= +71:43:49.57297 RAER= 3.06 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.016, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0243-357', 'J0245-3533' RA= 02:45:49.370575 DEC= -35:33:00.19738 RAER= 3.64 DECER= 4.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0244-452', 'J0245-4459' RA= 02:45:54.110850 DEC= -44:59:39.61627 RAER= 0.20 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.264, 0.202, 8.4, 0.401, 0.418 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 336 observations" / source= '0244-470', 'J0246-4651' RA= 02:46:00.117979 DEC= -46:51:17.23274 RAER= 0.17 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.396, n/a, 8.4, 0.411, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 486 observations" / source= '0242+529', 'J0246+5311' RA= 02:46:00.318033 DEC= +53:11:18.54355 RAER= 2.09 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.012, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0242+510', 'J0246+5115' RA= 02:46:00.502663 DEC= +51:15:14.39755 RAER= 0.91 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.008, 8.4, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 100 observations" / source= '0242+544', 'J0246+5441' RA= 02:46:04.938719 DEC= +54:41:03.40843 RAER= 0.87 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.023, 8.4, 0.045, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0243+368', 'J0246+3701' RA= 02:46:07.688912 DEC= +37:01:43.00986 RAER= 0.86 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.033, 8.4, 0.045, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0244-299', 'J0246-2945' RA= 02:46:10.155261 DEC= -29:45:22.19577 RAER= 0.83 DECER= 2.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0243+181', 'J0246+1823' RA= 02:46:11.821855 DEC= +18:23:30.08411 RAER= 0.39 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.222, 0.219, 8.4, 0.108, 0.107 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0243+354', 'J0246+3536' RA= 02:46:21.076292 DEC= +35:36:37.99786 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.292, 0.166, 8.4, 0.287, 0.214 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 688 observations" / source= '0244-297', 'J0246-2935' RA= 02:46:21.461479 DEC= -29:35:05.92239 RAER= 0.20 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.345, 0.126, 8.4, 0.179, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 458 observations" / source= '0243+339', 'J0246+3411' RA= 02:46:31.182634 DEC= +34:11:26.64971 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1730 observations" / source= '0243+349', 'J0246+3512' RA= 02:46:35.024568 DEC= +35:12:01.10857 RAER= 0.30 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.038, 8.4, 0.055, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0243+261', 'J0246+2622' RA= 02:46:43.653346 DEC= +26:22:34.20789 RAER= 1.73 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.013, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0244-019', 'J0246-0145' RA= 02:46:47.160134 DEC= -01:45:34.85237 RAER= 1.05 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.028, 8.4, 0.024, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0244-050', 'J0246-0451' RA= 02:46:49.131539 DEC= -04:51:10.93432 RAER= 0.59 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.036, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 67 observations" / source= '0244-128', 'J0246-1236' RA= 02:46:58.469805 DEC= -12:36:30.79798 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.383, 0.242, 8.4, 0.250, 0.121 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 319 observations" / source= '0244+152', 'J0247+1525' RA= 02:47:02.465088 DEC= +15:25:16.98823 RAER= 0.50 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 69 observations" / source= '0244-283', 'J0247-2810' RA= 02:47:09.044670 DEC= -28:10:49.48960 RAER= 0.48 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.016, 8.4, 0.034, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 109 observations" / source= '0244+199', 'J0247+2010' RA= 02:47:12.777520 DEC= +20:10:42.07434 RAER= 0.54 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.024, 8.4, 0.040, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0243+672', 'J0247+6727' RA= 02:47:24.512994 DEC= +67:27:44.99312 RAER= 6.08 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0244-038', 'J0247-0338' RA= 02:47:25.086407 DEC= -03:38:08.12745 RAER= 0.28 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 111 observations" / source= '0245-262', 'J0247-2600' RA= 02:47:30.523149 DEC= -26:00:14.57235 RAER= 0.71 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.016, 8.4, 0.041, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0244+537', 'J0247+5357' RA= 02:47:40.262238 DEC= +53:57:36.17644 RAER= 1.60 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.015, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0244+327', 'J0247+3254' RA= 02:47:41.232283 DEC= +32:54:31.83664 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 687 observations" / source= '0245-066', 'J0247-0628' RA= 02:47:43.226262 DEC= -06:28:44.39495 RAER= 0.83 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.029, 8.4, 0.029, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0245-075', 'J0248-0719' RA= 02:48:02.565709 DEC= -07:19:15.72800 RAER= 5.47 DECER= 10.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0244+379', 'J0248+3812' RA= 02:48:03.085679 DEC= +38:12:07.29330 RAER= 1.39 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.008, 8.4, 0.023, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0245-167', 'J0248-1631' RA= 02:48:07.732228 DEC= -16:31:46.38591 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.233, 0.201, 8.4, 0.291, 0.240 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2389 observations" / source= '0245-044', 'J0248-0415' RA= 02:48:08.882584 DEC= -04:15:10.73475 RAER= 0.90 DECER= 1.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.014, 8.4, 0.027, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 50 observations" / source= '0245+258', 'J0248+2602' RA= 02:48:08.939709 DEC= +26:02:05.79582 RAER= 0.53 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.033, 8.4, 0.048, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0245+043', 'J0248+0434' RA= 02:48:14.828143 DEC= +04:34:40.86223 RAER= 0.13 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.086, 0.073, 8.4, 0.083, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 439 observations" / source= '0245-148', 'J0248-1437' RA= 02:48:19.878883 DEC= -14:37:16.45429 RAER= 13.59 DECER= 15.03 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations. No flux information" / source= '0246-231', 'J0248-2257' RA= 02:48:22.770087 DEC= -22:57:58.84947 RAER= 1.48 DECER= 2.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, 0.011, 8.4, 0.067, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0245+291', 'J0248+2919' RA= 02:48:25.157614 DEC= +29:19:17.41043 RAER= 0.68 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.033, 8.4, 0.039, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0245+286', 'J0248+2853' RA= 02:48:25.832371 DEC= +28:53:46.39773 RAER= 1.32 DECER= 2.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.016, 8.4, 0.010, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0245+513', 'J0248+5131' RA= 02:48:34.278988 DEC= +51:31:18.02682 RAER= 0.91 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.016, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 73 observations" / source= '0246-251', 'J0248-2456' RA= 02:48:35.380350 DEC= -24:56:23.65108 RAER= 0.87 DECER= 2.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 62 observations" / source= '0246-324', 'J0248-3213' RA= 02:48:38.183082 DEC= -32:13:36.15960 RAER= 13.55 DECER= 23.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0246-135', 'J0248-1322' RA= 02:48:38.785913 DEC= -13:22:28.12476 RAER= 0.38 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.022, 8.4, 0.041, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0246-150', 'J0248-1447' RA= 02:48:53.437657 DEC= -14:47:54.42877 RAER= 0.61 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.024, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0246-226', 'J0248-2229' RA= 02:48:57.893320 DEC= -22:29:29.58500 RAER= 0.51 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.020, 8.4, 0.025, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0245+620', 'J0248+6214' RA= 02:48:58.891921 DEC= +62:14:09.67292 RAER= 0.83 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.079, 0.041, 22.2, 0.059, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0246-202', 'J0249-2002' RA= 02:49:01.109212 DEC= -20:02:32.15383 RAER= 43.28 DECER= 22.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0247-354', 'J0249-3517' RA= 02:49:02.338446 DEC= -35:17:13.28722 RAER= 0.54 DECER= 1.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.030, 8.4, 0.073, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0247-387', 'J0249-3831' RA= 02:49:02.998275 DEC= -38:31:11.79998 RAER= 1.32 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.016, 8.4, 0.042, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0246-186', 'J0249-1823' RA= 02:49:03.998771 DEC= -18:23:53.88597 RAER= 0.80 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0246+061', 'J0249+0619' RA= 02:49:18.016115 DEC= +06:19:51.94759 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.847, 0.761, 8.4, 0.600, 0.208 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 647 observations" / source= '0246+282', 'J0249+2825' RA= 02:49:21.737310 DEC= +28:25:43.25758 RAER= 0.85 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0245+509', 'J0249+5108' RA= 02:49:22.390792 DEC= +51:08:20.66112 RAER= 0.40 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.041, 8.4, 0.082, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0247-324', 'J0249-3216' RA= 02:49:29.504563 DEC= -32:16:35.38041 RAER= 1.18 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.023, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0247-072', 'J0249-0702' RA= 02:49:29.586216 DEC= -07:02:59.31214 RAER= 1.37 DECER= 2.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.012, 8.4, 0.017, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0247-207', 'J0249-2030' RA= 02:49:34.342603 DEC= -20:30:33.17194 RAER= 0.39 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.024, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 133 observations" / source= '0246+433', 'J0249+4335' RA= 02:49:37.568233 DEC= +43:35:31.88409 RAER= 1.74 DECER= 3.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0247+124', 'J0249+1237' RA= 02:49:44.449057 DEC= +12:37:06.02276 RAER= 2.75 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.047, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0246+428', 'J0249+4303' RA= 02:49:46.259066 DEC= +43:03:23.15329 RAER= 0.34 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.038, 8.4, 0.065, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 237 observations" / source= '0239+843', 'J0249+8435' RA= 02:49:48.332631 DEC= +84:35:57.03127 RAER= 2.09 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.114, 0.060, 15.2, 0.098, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 298 observations" / source= '0248-561', 'J0249-5556' RA= 02:49:48.444924 DEC= -55:56:22.27041 RAER= 4.52 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0247+076', 'J0249+0749' RA= 02:49:51.916072 DEC= +07:49:20.35452 RAER= 0.78 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.095, 0.022, 8.4, 0.063, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0247-092', 'J0249-0900' RA= 02:49:52.000956 DEC= -09:00:25.00038 RAER= 0.55 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a, 8.4, 0.072, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0246+396', 'J0249+3951' RA= 02:49:59.362194 DEC= +39:51:38.83529 RAER= 1.44 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0247+258', 'J0250+2600' RA= 02:50:06.609823 DEC= +26:00:28.83246 RAER= 0.84 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.015, 8.4, 0.029, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0247-146', 'J0250-1423' RA= 02:50:06.868373 DEC= -14:23:46.82383 RAER= 0.87 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.119, n/a, 8.4, 0.101, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0248-277', 'J0250-2731' RA= 02:50:14.403830 DEC= -27:31:28.71332 RAER= 0.93 DECER= 2.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.032, 8.4, 0.043, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0247+393', 'J0250+393A' RA= 02:50:15.441218 DEC= +39:34:30.77119 RAER= 0.55 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.016, 8.4, 0.024, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 113 observations" / source= '0247+16A', 'J0250+1708' RA= 02:50:17.407764 DEC= +17:08:08.32230 RAER= 0.18 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.032, 8.4, 0.028, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 214 observations" / source= '0248-225', 'J0250-2221' RA= 02:50:17.527455 DEC= -22:21:00.61938 RAER= 0.62 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.030, 8.4, 0.033, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0248-345', 'J0250-3418' RA= 02:50:18.184815 DEC= -34:18:47.80565 RAER= 3.47 DECER= 25.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0248-266', 'J0250-2627' RA= 02:50:35.569188 DEC= -26:27:42.51563 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.211, 0.111, 8.4, 0.207, 0.159 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1859 observations" / source= '0249-641', 'J0250-6355' RA= 02:50:36.232649 DEC= -63:55:01.50070 RAER= 0.57 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.124, 0.117 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 124 observations" / source= '0247+169', 'J0250+1712' RA= 02:50:37.960121 DEC= +17:12:08.88061 RAER= 0.24 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 107 observations" / source= '0247+562', 'J0250+5629' RA= 02:50:47.592847 DEC= +56:29:35.42603 RAER= 1.17 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.015, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 82 observations" / source= '0248-364', 'J0250-3616' RA= 02:50:55.341844 DEC= -36:16:35.79416 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.096, n/a, 8.4, 0.188, 0.181 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 184 observations" / source= '0248+211', 'J0250+2121' RA= 02:50:56.612046 DEC= +21:21:20.34294 RAER= 0.69 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, 0.007, 8.4, 0.055, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0247+467', 'J0251+4657' RA= 02:51:00.874323 DEC= +46:57:17.24323 RAER= 0.38 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.042, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 117 observations" / source= '0248+279', 'J0251+2807' RA= 02:51:01.621221 DEC= +28:07:41.11856 RAER= 0.34 DECER= 0.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.054, 8.4, 0.060, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0248-298', 'J0251-2937' RA= 02:51:04.910658 DEC= -29:37:14.01477 RAER= 4.94 DECER= 8.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.022, 8.4, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0254-826', 'J0251-8226' RA= 02:51:09.235385 DEC= -82:26:29.23290 RAER= 1.55 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.136, 0.134 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 121 observations" / source= '0248-028', 'J0251-0239' RA= 02:51:11.517398 DEC= -02:39:54.46451 RAER= 0.49 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.021, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 92 observations" / source= '0250-602', 'J0251-6000' RA= 02:51:26.246761 DEC= -60:00:06.24616 RAER= 0.91 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.130, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0249-281', 'J0251-2755' RA= 02:51:28.468858 DEC= -27:55:17.53501 RAER= 0.59 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.069, 8.4, 0.074, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0248+346', 'J0251+3449' RA= 02:51:33.310157 DEC= +34:49:43.65170 RAER= 3.56 DECER= 3.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0248+430', 'J0251+4315' RA= 02:51:34.536756 DEC= +43:15:15.82934 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1550 observations" / source= '0246+722', 'J0251+7226' RA= 02:51:37.349027 DEC= +72:26:55.82563 RAER= 2.87 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.158, 0.132 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 90 observations" / source= '0247+681', 'J0251+6824' RA= 02:51:45.792550 DEC= +68:24:01.76675 RAER= 3.40 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.054, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0249-035', 'J0251-0320' RA= 02:51:47.492929 DEC= -03:20:27.10889 RAER= 0.96 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0249-196', 'J0251-1925' RA= 02:51:49.839513 DEC= -19:25:33.05188 RAER= 3.83 DECER= 6.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0249+156', 'J0251+1553' RA= 02:51:52.495419 DEC= +15:53:06.94810 RAER= 2.47 DECER= 2.78 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 50 observations" / source= '0248+560', 'J0251+5616' RA= 02:51:54.628119 DEC= +56:16:19.52348 RAER= 0.19 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2699 observations" / source= '0248+373', 'J0251+3734' RA= 02:51:59.170008 DEC= +37:34:18.12793 RAER= 0.18 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.218, 0.170, 8.4, 0.212, 0.131 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 175 observations" / source= '0250-341', 'J0252-3357' RA= 02:52:05.039104 DEC= -33:57:40.08145 RAER= 6.28 DECER= 18.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0249+171', 'J0252+1718' RA= 02:52:07.718698 DEC= +17:18:42.68858 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2185 observations" / source= '0249+082', 'J0252+0826' RA= 02:52:16.514445 DEC= +08:26:12.57405 RAER= 2.62 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0249+435', 'J0252+4346' RA= 02:52:28.147077 DEC= +43:46:53.17466 RAER= 1.14 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.139, 0.034, 8.4, 0.098, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0249+438', 'J0252+4404' RA= 02:52:29.066714 DEC= +44:04:11.26546 RAER= 10.09 DECER= 6.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0250-301', 'J0252-2958' RA= 02:52:33.080796 DEC= -29:58:31.13854 RAER= 1.15 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.048, 8.4, 0.042, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 53 observations" / source= '0250-297', 'J0252-2933' RA= 02:52:34.987228 DEC= -29:33:46.64045 RAER= 0.51 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.041, 8.4, 0.091, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0252-712', 'J0252-7104' RA= 02:52:46.152248 DEC= -71:04:35.21079 RAER= 7.12 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.175, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0250-225', 'J0252-2219' RA= 02:52:47.953650 DEC= -22:19:25.46593 RAER= 0.12 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 417 observations" / source= '0249+531', 'J0252+5320' RA= 02:52:50.967046 DEC= +53:20:55.41890 RAER= 1.26 DECER= 2.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.012, 0.007 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0250+197', 'J0253+1958' RA= 02:53:08.831887 DEC= +19:58:26.57433 RAER= 0.53 DECER= 1.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.028, 8.4, 0.035, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0249+383', 'J0253+3835' RA= 02:53:08.888079 DEC= +38:35:24.99924 RAER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1733 observations" / source= '0250-275', 'J0253-2719' RA= 02:53:09.632564 DEC= -27:19:27.45831 RAER= 1.75 DECER= 5.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0253-754', 'J0253-7513' RA= 02:53:10.882329 DEC= -75:13:16.68617 RAER= 1.07 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.176, 0.107 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 82 observations" / source= '0250+283', 'J0253+2832' RA= 02:53:11.718256 DEC= +28:32:16.22383 RAER= 0.41 DECER= 0.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.067, 8.4, 0.055, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0250-097', 'J0253-0931' RA= 02:53:13.703110 DEC= -09:31:16.44524 RAER= 0.58 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.014, 8.4, 0.036, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0250-016', 'J0253-0124' RA= 02:53:15.606110 DEC= -01:24:05.42475 RAER= 0.54 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.016, 8.4, 0.019, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0250-001', 'J0253+0005' RA= 02:53:21.035453 DEC= +00:05:59.94732 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.190, 0.160, 8.4, 0.191, 0.111 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 508 observations" / source= '0250+358', 'J0253+3601' RA= 02:53:23.051696 DEC= +36:01:06.64809 RAER= 0.49 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.152, 0.034, 8.4, 0.068, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0250-122', 'J0253-1200' RA= 02:53:23.684376 DEC= -12:00:28.00287 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.067, 0.044, 8.4, 0.065, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 398 observations" / source= '0252-549', 'J0253-5441' RA= 02:53:29.180398 DEC= -54:41:51.43596 RAER= 0.18 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.074, 0.830 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 602 observations" / source= '0251-219', 'J0253-2142' RA= 02:53:31.108538 DEC= -21:42:11.73174 RAER= 1.35 DECER= 2.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.047, 8.4, 0.065, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0250+307', 'J0253+3056' RA= 02:53:31.169853 DEC= +30:56:50.52476 RAER= 0.77 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.036, 8.4, 0.045, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0250+320', 'J0253+3217' RA= 02:53:33.650148 DEC= +32:17:20.89206 RAER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1750 observations" / source= '0250+002', 'J0253+0024' RA= 02:53:33.663260 DEC= +00:24:31.55334 RAER= 0.20 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.052, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 135 observations" / source= '0250+178', 'J0253+1805' RA= 02:53:34.882235 DEC= +18:05:42.52426 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1616 observations" / source= '0251-027', 'J0253-0230' RA= 02:53:40.990364 DEC= -02:30:09.86995 RAER= 0.28 DECER= 0.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.037, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 130 observations" / source= '0250+449', 'J0253+4509' RA= 02:53:42.306431 DEC= +45:09:54.15430 RAER= 1.90 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.011, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0250+257', 'J0253+2557' RA= 02:53:46.234093 DEC= +25:57:04.49063 RAER= 0.69 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.021, 8.4, 0.026, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0251-081', 'J0253-0754' RA= 02:53:51.395408 DEC= -07:54:04.10909 RAER= 0.59 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.057, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0251-239', 'J0253-2343' RA= 02:53:55.573689 DEC= -23:43:22.89529 RAER= 0.41 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.064, 8.4, 0.079, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0250+508', 'J0253+5102' RA= 02:53:57.607956 DEC= +51:02:56.45596 RAER= 0.18 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.320, 0.207, 8.4, 0.278, 0.162 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 680 observations" / source= '0250+405', 'J0253+4047' RA= 02:53:58.868024 DEC= +40:47:11.77931 RAER= 1.22 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0251-331', 'J0253-3254' RA= 02:53:59.438775 DEC= -32:54:41.70518 RAER= 4.31 DECER= 11.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0250+58A', 'J0253+5911' RA= 02:53:59.574822 DEC= +59:11:23.81757 RAER= 1.77 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.007 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0250+362', 'J0254+3625' RA= 02:54:00.044093 DEC= +36:25:51.89755 RAER= 0.54 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.061, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 66 observations" / source= '0250+589', 'J0254+5907' RA= 02:54:05.145447 DEC= +59:07:37.80901 RAER= 1.14 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.012, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 75 observations" / source= '0251+081', 'J0254+0822' RA= 02:54:11.459379 DEC= +08:22:01.88833 RAER= 0.34 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.024, 8.4, 0.037, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0251-147', 'J0254-1433' RA= 02:54:14.102424 DEC= -14:33:19.21726 RAER= 0.66 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.067, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0250+592', 'J0254+5928' RA= 02:54:15.166504 DEC= +59:28:55.52590 RAER= 4.93 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0251+333', 'J0254+3334' RA= 02:54:18.064542 DEC= +33:34:44.34913 RAER= 0.75 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.053, 0.042, 8.4, 0.056, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0251+165', 'J0254+1642' RA= 02:54:18.113546 DEC= +16:42:34.96564 RAER= 0.33 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.056, 8.4, 0.103, 0.080 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0251-026', 'J0254-0225' RA= 02:54:19.086741 DEC= -02:25:23.56163 RAER= 0.32 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.029, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 107 observations" / source= '0251+410', 'J0254+4115' RA= 02:54:21.820298 DEC= +41:15:46.17620 RAER= 0.51 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.080, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0251+235', 'J0254+2343' RA= 02:54:24.718140 DEC= +23:43:26.47460 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.132, 0.112, 8.4, 0.284, 0.266 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 712 observations" / source= '0252+007', 'J0254+0056' RA= 02:54:37.987597 DEC= +00:56:21.94785 RAER= 0.49 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.024, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 61 observations" / source= '0252-299', 'J0254-2946' RA= 02:54:41.646738 DEC= -29:46:04.68068 RAER= 1.14 DECER= 3.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.059, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0251+393', 'J0254+3931' RA= 02:54:42.632049 DEC= +39:31:34.71129 RAER= 0.15 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.129, 8.4, 0.271, 0.151 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 414 observations" / source= '0250+682', 'J0254+6829' RA= 02:54:55.224097 DEC= +68:29:53.68967 RAER= 5.39 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0252+063', 'J0255+0635' RA= 02:55:12.358839 DEC= +06:35:04.14862 RAER= 5.95 DECER= 5.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0253-354', 'J0255-3513' RA= 02:55:12.607423 DEC= -35:13:56.94692 RAER= 1.98 DECER= 7.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.037, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0252+004', 'J0255+0037' RA= 02:55:15.092298 DEC= +00:37:40.61796 RAER= 0.62 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.020, 8.4, 0.018, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0251+512', 'J0255+5129' RA= 02:55:24.034705 DEC= +51:29:39.44561 RAER= 3.23 DECER= 3.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0252+087', 'J0255+0855' RA= 02:55:35.148694 DEC= +08:55:36.07904 RAER= 3.32 DECER= 3.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0253-220', 'J0255-2153' RA= 02:55:39.242675 DEC= -21:53:51.90549 RAER= 5.11 DECER= 11.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0252+466', 'J0255+4649' RA= 02:55:39.844136 DEC= +46:49:58.65191 RAER= 1.21 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0253-144', 'J0255-1412' RA= 02:55:44.188743 DEC= -14:12:28.33280 RAER= 0.39 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.086, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 88 observations" / source= '0253+053', 'J0255+0533' RA= 02:55:49.515112 DEC= +05:33:55.05818 RAER= 0.48 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.011, 8.4, 0.055, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0253-031', 'J0255-0259' RA= 02:55:51.476899 DEC= -02:59:39.29102 RAER= 0.89 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.014, 8.4, 0.012, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0253+041', 'J0255+0419' RA= 02:55:55.425069 DEC= +04:19:40.63381 RAER= 5.76 DECER= 5.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0253+064', 'J0256+0636' RA= 02:56:03.319145 DEC= +06:36:25.21408 RAER= 32.30 DECER= 22.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0252+636', 'J0256+6351' RA= 02:56:08.194764 DEC= +63:51:11.14568 RAER= 0.33 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.138, 0.096 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 273 observations" / source= '0251+682', 'J0256+6827' RA= 02:56:10.827521 DEC= +68:27:51.00325 RAER= 2.63 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.068, 0.061 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0253+365', 'J0256+3642' RA= 02:56:11.849593 DEC= +36:42:19.62276 RAER= 1.87 DECER= 6.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.012, 8.4, 0.012, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0253-218', 'J0256-2137' RA= 02:56:12.838928 DEC= -21:37:29.14525 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.245, 0.175, 8.4, 0.198, 0.140 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 421 observations" / source= '0253+004', 'J0256+0039' RA= 02:56:14.054447 DEC= +00:39:41.07713 RAER= 1.02 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0253+325', 'J0256+3246' RA= 02:56:22.848589 DEC= +32:46:48.02395 RAER= 1.66 DECER= 1.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.007, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0253-015', 'J0256-0119' RA= 02:56:25.630431 DEC= -01:19:11.61838 RAER= 0.50 DECER= 1.21 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 120 observations" / source= '0253+033', 'J0256+0333' RA= 02:56:28.150745 DEC= +03:33:31.74357 RAER= 0.43 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, 0.021, 8.4, 0.037, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 59 observations" / source= '0252+574', 'J0256+5736' RA= 02:56:29.005487 DEC= +57:36:42.44846 RAER= 10.40 DECER= 5.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.072, 0.103 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0253-025', 'J0256-0218' RA= 02:56:30.381317 DEC= -02:18:44.33231 RAER= 0.44 DECER= 0.95 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.084, 0.058, 8.4, 0.044, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0254-190', 'J0256-1850' RA= 02:56:30.423129 DEC= -18:50:11.32814 RAER= 7.75 DECER= 13.97 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations. No flux information" / source= '0254-221', 'J0256-2159' RA= 02:56:32.689839 DEC= -21:59:43.97381 RAER= 18.59 DECER= 49.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0254-051', 'J0256-0458' RA= 02:56:33.326739 DEC= -04:58:47.02099 RAER= 0.35 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.046, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 93 observations" / source= '0253+369', 'J0256+3707' RA= 02:56:33.768890 DEC= +37:07:12.39972 RAER= 0.58 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.043, 8.4, 0.035, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0254-341', 'J0256-3357' RA= 02:56:34.350049 DEC= -33:57:43.32151 RAER= 0.58 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, 0.051, 8.4, 0.077, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0253+133', 'J0256+1334' RA= 02:56:34.984650 DEC= +13:34:35.34472 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.473, 0.162, 8.4, 0.260, 0.140 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 779 observations" / source= '0254-255', 'J0256-2523' RA= 02:56:35.523619 DEC= -25:23:01.81851 RAER= 37.26 DECER= 58.71 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0253+444', 'J0256+4436' RA= 02:56:37.531441 DEC= +44:36:21.94462 RAER= 0.43 DECER= 0.72 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.048, 8.4, 0.095, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0254-334', 'J0256-3315' RA= 02:56:42.602720 DEC= -33:15:21.27711 RAER= 0.13 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.267, 0.202, 8.4, 0.243, 0.189 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 474 observations" / source= '0254-050', 'J0256-0453' RA= 02:56:50.420041 DEC= -04:53:43.49827 RAER= 0.21 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.105, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 134 observations" / source= '0254+155', 'J0256+1542' RA= 02:56:54.916412 DEC= +15:42:43.20545 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.034, 8.4, 0.047, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 328 observations" / source= '0253+519', 'J0256+5207' RA= 02:56:54.924822 DEC= +52:07:12.65522 RAER= 0.91 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0254-167', 'J0256-1632' RA= 02:56:57.089290 DEC= -16:32:49.12258 RAER= 1.06 DECER= 2.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.013, 8.4, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0252+657', 'J0257+6556' RA= 02:57:01.342985 DEC= +65:56:35.42798 RAER= 0.28 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 637 observations" / source= '0254-063', 'J0257-0608' RA= 02:57:02.592839 DEC= -06:08:38.42973 RAER= 0.49 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.016, 8.4, 0.025, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0253+464', 'J0257+4639' RA= 02:57:06.660804 DEC= +46:39:40.86533 RAER= 2.60 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.016, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0254+337', 'J0257+3357' RA= 02:57:07.925937 DEC= +33:57:30.31197 RAER= 0.58 DECER= 1.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.017, 8.4, 0.023, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0255-436', 'J0257-4328' RA= 02:57:10.240414 DEC= -43:28:57.10862 RAER= 1.19 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.018, 8.4, 0.026, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0254+064', 'J0257+0638' RA= 02:57:10.850318 DEC= +06:38:03.53790 RAER= 0.63 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.010, 8.4, 0.014, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0254-056', 'J0257-0527' RA= 02:57:14.767661 DEC= -05:27:51.60937 RAER= 0.23 DECER= 0.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.091, 0.038, 8.4, 0.088, 0.082 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0254-081', 'J0257-0756' RA= 02:57:22.447055 DEC= -07:56:56.00747 RAER= 0.67 DECER= 1.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0255-127', 'J0257-1233' RA= 02:57:24.247620 DEC= -12:33:53.80626 RAER= 0.88 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.004, 8.4, 0.023, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0254+091', 'J0257+0923' RA= 02:57:31.608159 DEC= +09:23:19.15841 RAER= 0.45 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.043, 8.4, 0.074, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0255-113', 'J0257-1106' RA= 02:57:33.946831 DEC= -11:06:54.00168 RAER= 0.53 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.020, 8.4, 0.053, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0256-614', 'J0257-6112' RA= 02:57:36.407928 DEC= -61:12:30.65054 RAER= 3.59 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.041, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0254+303', 'J0257+3032' RA= 02:57:40.241156 DEC= +30:32:44.85130 RAER= 0.86 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.013, 8.4, 0.023, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0255-124', 'J0257-1212' RA= 02:57:41.004593 DEC= -12:12:01.38136 RAER= 0.11 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.237, 0.191, 8.4, 0.277, 0.137 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 736 observations" / source= '0255+058', 'J0257+0601' RA= 02:57:41.563339 DEC= +06:01:36.87435 RAER= 0.27 DECER= 0.53 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 196 observations" / source= '0255+05A', 'J0257+060A' RA= 02:57:41.650086 DEC= +06:01:20.71760 RAER= 0.36 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.013, 8.4, 0.028, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 159 observations" / source= '0253+633', 'J0257+6333' RA= 02:57:43.098950 DEC= +63:33:51.73341 RAER= 0.91 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.031, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0254+185', 'J0257+1847' RA= 02:57:45.628457 DEC= +18:47:05.36017 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2318 observations" / source= '0255-015', 'J0257-0121' RA= 02:57:48.496121 DEC= -01:21:47.18416 RAER= 1.93 DECER= 3.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0251+785', 'J0257+7843' RA= 02:57:52.570244 DEC= +78:43:47.05828 RAER= 0.60 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 750 observations" / source= '0255+019', 'J0257+0209' RA= 02:57:58.540937 DEC= +02:09:40.35125 RAER= 0.49 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.026, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0254+434', 'J0257+4338' RA= 02:57:59.077713 DEC= +43:38:37.67516 RAER= 0.15 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.224, 0.184, 8.4, 0.180, 0.118 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 721 observations" / source= '0255-033', 'J0258-0310' RA= 02:58:01.657025 DEC= -03:10:24.27426 RAER= 2.38 DECER= 2.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0256-319', 'J0258-3146' RA= 02:58:05.961948 DEC= -31:46:27.68108 RAER= 15.44 DECER= 31.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0255+203', 'J0258+2030' RA= 02:58:07.309411 DEC= +20:30:01.58069 RAER= 0.20 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.063, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 497 observations" / source= '0256-393', 'J0258-3909' RA= 02:58:14.044917 DEC= -39:09:40.68413 RAER= 0.15 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.336, 0.221, 8.4, 0.338, 0.114 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 792 observations" / source= '0256-297', 'J0258-2930' RA= 02:58:16.180013 DEC= -29:30:48.60184 RAER= 10.40 DECER= 28.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0256-256', 'J0258-2529' RA= 02:58:16.795425 DEC= -25:29:58.79127 RAER= 0.13 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.201, 0.119, 8.4, 0.227, 0.163 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 467 observations" / source= '0255-102', 'J0258-1000' RA= 02:58:18.769251 DEC= -10:00:54.22577 RAER= 0.65 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, n/a, 8.4, 0.075, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0256-336', 'J0258-3327' RA= 02:58:22.784197 DEC= -33:27:05.32611 RAER= 3.78 DECER= 11.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, n/a, 8.4, 0.079, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0255+012', 'J0258+0127' RA= 02:58:23.229878 DEC= +01:27:21.68445 RAER= 0.76 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.027, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0255+178', 'J0258+1803' RA= 02:58:26.108595 DEC= +18:03:48.82120 RAER= 0.37 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.025, 8.4, 0.034, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0256-107', 'J0258-1034' RA= 02:58:28.701937 DEC= -10:34:05.93174 RAER= 0.72 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.024, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0255+460', 'J0258+4616' RA= 02:58:30.232132 DEC= +46:16:05.76482 RAER= 15.61 DECER= 13.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0256-185', 'J0258-1819' RA= 02:58:34.602744 DEC= -18:19:41.10028 RAER= 0.66 DECER= 1.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0253+750', 'J0258+7517' RA= 02:58:38.021346 DEC= +75:17:07.73687 RAER= 3.54 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.016, 8.4, 0.025, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0257-510', 'J0258-5052' RA= 02:58:38.748050 DEC= -50:52:04.38372 RAER= 2.50 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.210, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0256-135', 'J0258-1321' RA= 02:58:43.973806 DEC= -13:21:47.51058 RAER= 1.15 DECER= 2.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.013, 8.4, 0.015, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0256+115', 'J0258+1142' RA= 02:58:44.755466 DEC= +11:42:56.01696 RAER= 0.14 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.106, 0.046, 8.4, 0.072, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 456 observations" / source= '0252+793', 'J0258+7934' RA= 02:58:47.300309 DEC= +79:34:56.26143 RAER= 22.81 DECER= 4.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.048, 0.047, 8.4, 0.037, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0256-128', 'J0258-1238' RA= 02:58:49.613126 DEC= -12:38:46.57718 RAER= 1.43 DECER= 3.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.020, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0256+054', 'J0258+0541' RA= 02:58:50.526336 DEC= +05:41:08.04088 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.313, 0.211, 8.4, 0.240, 0.176 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 561 observations" / source= '0255+288', 'J0258+2900' RA= 02:58:55.181167 DEC= +29:00:01.60760 RAER= 0.14 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.068, 0.057, 8.4, 0.073, 0.063 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 421 observations" / source= '0254+722', 'J0259+7228' RA= 02:59:01.384796 DEC= +72:28:44.38487 RAER= 2.83 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.136, 0.026, 8.4, 0.053, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0256+040', 'J0259+0416' RA= 02:59:03.823388 DEC= +04:16:15.18257 RAER= 0.75 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.025, 8.4, 0.030, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 55 observations" / source= '0256+148', 'J0259+1503' RA= 02:59:08.059409 DEC= +15:03:02.89530 RAER= 0.14 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.046, 8.4, 0.044, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 271 observations" / source= '0254+697', 'J0259+6958' RA= 02:59:14.135448 DEC= +69:58:08.00646 RAER= 5.36 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.033, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0256-190', 'J0259-1851' RA= 02:59:16.715575 DEC= -18:51:14.59407 RAER= 1.13 DECER= 2.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.017, 8.4, 0.026, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0256+026', 'J0259+0251' RA= 02:59:16.798909 DEC= +02:51:50.35875 RAER= 0.38 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.052, 8.4, 0.032, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0256+075', 'J0259+0747' RA= 02:59:27.076622 DEC= +07:47:39.64292 RAER= 0.10 DECER= 0.11 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1974 observations" / source= '0256-005', 'J0259-0019' RA= 02:59:28.516159 DEC= -00:19:59.97547 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11029 observations" / source= '0256+192', 'J0259+1925' RA= 02:59:29.655935 DEC= +19:25:44.32750 RAER= 0.11 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.138, 0.076, 8.4, 0.193, 0.145 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1754 observations" / source= '0257-369', 'J0259-3645' RA= 02:59:31.138341 DEC= -36:45:32.59620 RAER= 1.46 DECER= 3.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, n/a, 8.4, 0.106, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0257-278', 'J0259-2739' RA= 02:59:31.409593 DEC= -27:39:30.78167 RAER= 6.08 DECER= 12.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0255+546', 'J0259+5451' RA= 02:59:32.815063 DEC= +54:51:20.32316 RAER= 2.12 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.007, 8.4, 0.011, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0257-172', 'J0259-1705' RA= 02:59:33.413909 DEC= -17:05:37.98658 RAER= 0.91 DECER= 2.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.016, 8.4, 0.018, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0256+423', 'J0259+4235' RA= 02:59:37.694423 DEC= +42:35:49.81263 RAER= 0.17 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.532, 0.204, 8.4, 0.243, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 716 observations" / source= '0256+137', 'J0259+1354' RA= 02:59:38.303539 DEC= +13:54:56.66266 RAER= 0.57 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.009, 8.4, 0.012, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0257-055', 'J0259-0518' RA= 02:59:40.027235 DEC= -05:18:16.01325 RAER= 0.59 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.011, 8.4, 0.015, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0257-191', 'J0259-1858' RA= 02:59:43.015007 DEC= -18:58:29.42321 RAER= 0.60 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.018, 8.4, 0.024, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0257-128', 'J0259-1236' RA= 02:59:55.283338 DEC= -12:36:34.95052 RAER= 1.12 DECER= 2.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0256+324', 'J0259+3237' RA= 02:59:55.418243 DEC= +32:37:37.55985 RAER= 1.18 DECER= 1.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0257-057', 'J0300-0531' RA= 03:00:01.300058 DEC= -05:31:20.36232 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.233, 0.153, 8.4, 0.143, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 459 observations" / source= '0252+818', 'J0300+8202' RA= 03:00:11.136884 DEC= +82:02:39.35156 RAER= 1.89 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.713, 0.046, 8.4, 0.099, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 735 observations" / source= '0257-054', 'J0300-0515' RA= 03:00:13.153433 DEC= -05:15:14.49311 RAER= 3.57 DECER= 8.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.030, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0257-089', 'J0300-0846' RA= 03:00:19.587619 DEC= -08:46:10.17424 RAER= 0.44 DECER= 1.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.021, 8.4, 0.029, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0256+519', 'J0300+5209' RA= 03:00:21.682388 DEC= +52:09:45.15352 RAER= 0.86 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.117, 0.057, 8.4, 0.087, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0258-118', 'J0300-1139' RA= 03:00:25.494201 DEC= -11:39:05.39968 RAER= 13.38 DECER= 20.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0255+737', 'J0300+7359' RA= 03:00:26.181176 DEC= +73:59:36.86531 RAER= 3.80 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0258-501', 'J0300-4959' RA= 03:00:27.813185 DEC= -49:59:11.56989 RAER= 1.70 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.129, 0.170 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0258-305', 'J0300-3022' RA= 03:00:32.193857 DEC= -30:22:42.42618 RAER= 6.81 DECER= 21.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0258-172', 'J0300-1701' RA= 03:00:32.934980 DEC= -17:01:35.93956 RAER= 0.93 DECER= 2.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0258-344', 'J0300-3414' RA= 03:00:36.191466 DEC= -34:14:05.50069 RAER= 1.17 DECER= 3.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 63 observations" / source= '0257+079', 'J0300+0809' RA= 03:00:38.592661 DEC= +08:09:16.66407 RAER= 0.29 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.034, 8.4, 0.052, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0257+523', 'J0300+5234' RA= 03:00:43.246779 DEC= +52:34:26.79848 RAER= 1.04 DECER= 0.66 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.039, 8.4, 0.090, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0257+361', 'J0300+3622' RA= 03:00:47.549581 DEC= +36:22:06.44366 RAER= 1.40 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.021, 8.4, 0.020, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0257+355', 'J0300+3545' RA= 03:00:49.985809 DEC= +35:45:56.57842 RAER= 1.64 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0258-018', 'J0300-0139' RA= 03:00:56.889544 DEC= -01:39:19.75603 RAER= 1.73 DECER= 3.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.009, 8.4, 0.019, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0258+021', 'J0301+0221' RA= 03:01:00.084782 DEC= +02:21:46.44410 RAER= 0.32 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.035, 8.4, 0.072, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0258+255', 'J0301+2547' RA= 03:01:05.340353 DEC= +25:47:15.16200 RAER= 2.05 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, n/a, 8.4, 0.009, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0258-184', 'J0301-1812' RA= 03:01:06.714475 DEC= -18:12:17.82229 RAER= 0.12 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.122, 0.086, 8.4, 0.168, 0.131 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 560 observations" / source= '0258-163', 'J0301-1608' RA= 03:01:07.575435 DEC= -16:08:03.61618 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.141, 0.046, 8.4, 0.091, 0.073 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 389 observations" / source= '0257+505', 'J0301+5045' RA= 03:01:12.886870 DEC= +50:45:03.99961 RAER= 0.53 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.014, 8.4, 0.036, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0258-037', 'J0301-0334' RA= 03:01:15.877312 DEC= -03:34:28.68188 RAER= 0.66 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.039, 8.4, 0.046, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0259-316', 'J0301-3126' RA= 03:01:16.244230 DEC= -31:26:15.78885 RAER= 0.13 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.118, 8.4, 0.184, 0.131 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 515 observations" / source= '0258-170', 'J0301-1652' RA= 03:01:16.622662 DEC= -16:52:45.10203 RAER= 0.12 DECER= 0.18 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 672 observations" / source= '0258-109', 'J0301-1047' RA= 03:01:23.050435 DEC= -10:47:46.72254 RAER= 1.35 DECER= 2.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010, 8.4, 0.011, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0258+315', 'J0301+3142' RA= 03:01:23.254481 DEC= +31:42:08.46602 RAER= 0.78 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.073, n/a, 8.4, 0.100, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0258+011', 'J0301+0118' RA= 03:01:23.606982 DEC= +01:18:35.99600 RAER= 0.12 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.125, 8.4, 0.267, 0.149 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 424 observations" / source= '0258+058', 'J0301+0602' RA= 03:01:33.713906 DEC= +06:02:27.28209 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.456, 0.346, 8.4, 0.362, 0.148 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 500 observations" / source= '0301-721', 'J0301-7156' RA= 03:01:38.445741 DEC= -71:56:34.39961 RAER= 0.78 DECER= 0.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.236, 0.213 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 93 observations" / source= '0258+350', 'J0301+3512' RA= 03:01:42.329272 DEC= +35:12:20.29919 RAER= 2.27 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 40 observations" / source= '0258+304', 'J0301+3037' RA= 03:01:42.774721 DEC= +30:37:39.51235 RAER= 0.83 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, n/a, 8.4, 0.078, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0258+331', 'J0301+3323' RA= 03:01:51.720892 DEC= +33:23:00.57525 RAER= 0.91 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.019, 8.4, 0.020, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0258+356', 'J0301+3550' RA= 03:01:51.812701 DEC= +35:50:19.58878 RAER= 0.91 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.011, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0259-276', 'J0301-2727' RA= 03:01:58.013782 DEC= -27:27:54.95771 RAER= 4.60 DECER= 9.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.019, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0259-080', 'J0302-0752' RA= 03:02:10.959765 DEC= -07:52:09.42804 RAER= 0.67 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.047, 8.4, 0.046, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0258+435', 'J0302+4342' RA= 03:02:13.352243 DEC= +43:42:49.72302 RAER= 1.00 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0259-154', 'J0302-1515' RA= 03:02:17.900698 DEC= -15:15:47.46837 RAER= 1.35 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.048, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0259-035', 'J0302-0320' RA= 03:02:18.115329 DEC= -03:20:09.53613 RAER= 1.80 DECER= 3.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0259+097', 'J0302+0955' RA= 03:02:20.797761 DEC= +09:55:38.28180 RAER= 0.23 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.027, 8.4, 0.058, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 70 observations" / source= '0259+203', 'J0302+2030' RA= 03:02:22.089936 DEC= +20:30:26.36609 RAER= 0.30 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.090, 0.090 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 66 observations" / source= '0300-181', 'J0302-1757' RA= 03:02:22.194792 DEC= -17:57:32.16108 RAER= 0.55 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.179, n/a, 8.4, 0.117, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0258+533', 'J0302+5331' RA= 03:02:22.735445 DEC= +53:31:46.48478 RAER= 0.17 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2491 observations" / source= '0300-28A', 'J0302-2758' RA= 03:02:26.109965 DEC= -27:58:37.94031 RAER= 1.33 DECER= 4.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0259+121', 'J0302+1218' RA= 03:02:30.546778 DEC= +12:18:56.75220 RAER= 0.13 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.585, 0.215, 8.4, 0.295, 0.056 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 750 observations" / source= '0300-281', 'J0302-2756' RA= 03:02:50.812928 DEC= -27:56:57.77745 RAER= 1.02 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.014, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0259+217', 'J0302+2155' RA= 03:02:52.694434 DEC= +21:55:13.05560 RAER= 0.56 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.055, 8.4, 0.051, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0300-143', 'J0302-1412' RA= 03:02:55.863898 DEC= -14:12:00.46931 RAER= 0.85 DECER= 1.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.018, 8.4, 0.026, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0259+316', 'J0303+3150' RA= 03:03:01.556631 DEC= +31:50:45.26901 RAER= 0.93 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.025, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0300+187', 'J0303+1854' RA= 03:03:01.666191 DEC= +18:54:29.31536 RAER= 39.80 DECER= 15.66 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0300-274', 'J0303-2713' RA= 03:03:06.281017 DEC= -27:13:14.23341 RAER= 65.67 DECER= 51.16 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0300+129', 'J0303+1308' RA= 03:03:08.035029 DEC= +13:08:58.79296 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.040, 8.4, 0.059, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 268 observations" / source= '0300-004', 'J0303-0014' RA= 03:03:13.024335 DEC= -00:14:57.46588 RAER= 1.20 DECER= 2.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0300+162', 'J0303+1626' RA= 03:03:15.013518 DEC= +16:26:18.98093 RAER= 0.72 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 65 observations" / source= '0300-089', 'J0303-0846' RA= 03:03:20.614456 DEC= -08:46:07.48176 RAER= 0.57 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.022, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0305-794', 'J0303-7914' RA= 03:03:20.903541 DEC= -79:14:56.51837 RAER= 0.86 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.074, 0.058 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 106 observations" / source= '0259+659', 'J0303+6606' RA= 03:03:25.487758 DEC= +66:06:30.84749 RAER= 2.59 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.010, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 73 observations" / source= '0301-243', 'J0303-2407' RA= 03:03:26.502875 DEC= -24:07:11.42693 RAER= 0.13 DECER= 0.18 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 561 observations" / source= '0300+345', 'J0303+3447' RA= 03:03:27.335828 DEC= +34:47:12.11709 RAER= 9.66 DECER= 8.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0301-527', 'J0303-5234' RA= 03:03:28.192318 DEC= -52:34:33.28705 RAER= 6.31 DECER= 28.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.051, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0300+057', 'J0303+0554' RA= 03:03:30.200711 DEC= +05:54:30.17744 RAER= 1.42 DECER= 4.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, n/a, 8.4, 0.016, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 79 observations" / source= '0300+470', 'J0303+4716' RA= 03:03:35.242224 DEC= +47:16:16.27545 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38211 observations" / source= '0300+397', 'J0303+3958' RA= 03:03:39.061180 DEC= +39:58:49.69020 RAER= 0.95 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0301-230', 'J0303-2249' RA= 03:03:41.362817 DEC= -22:49:15.21839 RAER= 0.83 DECER= 1.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.027, 8.4, 0.036, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0301-115', 'J0303-1119' RA= 03:03:50.194081 DEC= -11:19:35.17021 RAER= 0.81 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.023, 8.4, 0.014, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0303-651', 'J0303-6458' RA= 03:03:50.551862 DEC= -64:58:54.68176 RAER= 3.47 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.055, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0302-623', 'J0303-6211' RA= 03:03:50.631348 DEC= -62:11:25.55004 RAER= 0.22 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.457, 0.722 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1827 observations" / source= '0301-167', 'J0303-1630' RA= 03:03:55.667655 DEC= -16:30:20.68928 RAER= 0.22 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.050, 8.4, 0.108, 0.068 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0301-312', 'J0303-3103' RA= 03:03:56.906769 DEC= -31:03:13.72758 RAER= 17.05 DECER= 33.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0301+159', 'J0303+1610' RA= 03:03:57.673479 DEC= +16:10:40.64958 RAER= 0.50 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.017, 8.4, 0.020, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0301+253', 'J0303+2531' RA= 03:03:59.559741 DEC= +25:31:31.65433 RAER= 0.92 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a, 8.4, 0.043, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0301+238', 'J0304+2401' RA= 03:04:02.259432 DEC= +24:01:33.57565 RAER= 0.43 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.021, 8.4, 0.027, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 47 observations" / source= '0301-116', 'J0304-1126' RA= 03:04:13.777050 DEC= -11:26:52.87239 RAER= 5.94 DECER= 10.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0303-703', 'J0304-7007' RA= 03:04:18.242205 DEC= -70:07:41.12719 RAER= 0.88 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.103, 0.097 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 85 observations" / source= '0259+681', 'J0304+6821' RA= 03:04:22.003858 DEC= +68:21:37.47445 RAER= 0.28 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1900 observations" / source= '0302-205', 'J0304-2024' RA= 03:04:26.870021 DEC= -20:24:06.80844 RAER= 0.57 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.052, 8.4, 0.110, 0.081 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0301+097', 'J0304+0955' RA= 03:04:28.224272 DEC= +09:55:13.46084 RAER= 0.42 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.009, 8.4, 0.012, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 70 observations" / source= '0302-437', 'J0304-4333' RA= 03:04:29.202209 DEC= -43:33:16.02804 RAER= 0.19 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.161, 0.131, 8.4, 0.146, 0.121 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 485 observations" / source= '0300+546', 'J0304+5450' RA= 03:04:29.975383 DEC= +54:50:53.01375 RAER= 0.95 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.015, 8.4, 0.026, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0301+457', 'J0304+4553' RA= 03:04:31.332817 DEC= +45:53:56.57184 RAER= 0.16 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.151, 0.144, 8.4, 0.186, 0.174 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 407 observations" / source= '0302-010', 'J0304-0054' RA= 03:04:33.959184 DEC= -00:54:04.71267 RAER= 0.98 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0301+336', 'J0304+3348' RA= 03:04:41.362461 DEC= +33:48:43.53061 RAER= 0.13 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.477, 0.221, 8.4, 0.462, 0.255 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 756 observations" / source= '0301+481', 'J0304+4820' RA= 03:04:46.786194 DEC= +48:20:59.45893 RAER= 3.11 DECER= 2.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0301+350', 'J0304+3512' RA= 03:04:52.250970 DEC= +35:12:08.99526 RAER= 24.38 DECER= 11.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0258+772', 'J0304+7727' RA= 03:04:54.444149 DEC= +77:27:31.61672 RAER= 1.22 DECER= 0.36 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 216 observations" / source= '0302-361', 'J0304-3556' RA= 03:04:56.069835 DEC= -35:56:55.44653 RAER= 0.81 DECER= 3.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a, 8.4, 0.050, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0302-001', 'J0304+0002' RA= 03:04:58.974634 DEC= +00:02:35.74374 RAER= 1.24 DECER= 2.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.012, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0302-063', 'J0305-0607' RA= 03:05:00.563663 DEC= -06:07:41.50060 RAER= 0.25 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.034, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 205 observations" / source= '0302+306', 'J0305+3050' RA= 03:05:05.749720 DEC= +30:50:58.32260 RAER= 0.65 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.072, n/a, 8.4, 0.064, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0300+672', 'J0305+6725' RA= 03:05:06.479450 DEC= +67:25:48.91748 RAER= 6.50 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.014, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0302+173', 'J0305+1734' RA= 03:05:10.224191 DEC= +17:34:59.09244 RAER= 0.12 DECER= 0.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.143, 0.099, 8.4, 0.168, 0.117 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 958 observations" / source= '0302-163', 'J0305-1608' RA= 03:05:15.069495 DEC= -16:08:16.69066 RAER= 1.00 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.019, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 53 observations" / source= '0303-245', 'J0305-2421' RA= 03:05:19.518679 DEC= -24:21:34.19901 RAER= 0.17 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.052, 8.4, 0.048, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 442 observations" / source= '0303-325', 'J0305-3220' RA= 03:05:24.888632 DEC= -32:20:54.16170 RAER= 1.16 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, n/a, 8.4, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0302+362', 'J0305+3625' RA= 03:05:39.676843 DEC= +36:25:03.86588 RAER= 0.98 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.011, 8.4, 0.013, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0303+051', 'J0305+0523' RA= 03:05:48.191624 DEC= +05:23:31.52638 RAER= 0.11 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.248, 0.227, 8.4, 0.198, 0.093 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2161 observations" / source= '0303-239', 'J0305-2347' RA= 03:05:52.254842 DEC= -23:47:53.43546 RAER= 7.72 DECER= 21.48 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations. No flux information" / source= '0303+083', 'J0306+0834' RA= 03:06:04.651369 DEC= +08:34:35.97804 RAER= 0.68 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.009, 8.4, 0.045, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0302+459', 'J0306+4610' RA= 03:06:06.183438 DEC= +46:10:53.65787 RAER= 0.98 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.022, 8.4, 0.064, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0304-262', 'J0306-2605' RA= 03:06:13.598095 DEC= -26:05:05.27507 RAER= 70.46 DECER= 90.81 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0303+020', 'J0306+0216' RA= 03:06:23.654012 DEC= +02:16:17.35131 RAER= 1.58 DECER= 2.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.009, 8.4, 0.014, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0303+256', 'J0306+2548' RA= 03:06:27.690602 DEC= +25:48:25.80005 RAER= 1.75 DECER= 2.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0303+130', 'J0306+1316' RA= 03:06:28.417292 DEC= +13:16:45.42877 RAER= 0.21 DECER= 0.39 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 143 observations" / source= '0304-159', 'J0306-1545' RA= 03:06:33.723420 DEC= -15:45:16.69920 RAER= 1.24 DECER= 2.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.114, 8.4, 0.047, 0.071 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0303+087', 'J0306+0857' RA= 03:06:36.482949 DEC= +08:57:50.92241 RAER= 1.08 DECER= 1.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.009, 8.4, 0.014, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0258+818', 'J0306+8200' RA= 03:06:38.944918 DEC= +82:00:32.67649 RAER= 1.30 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.046, 8.4, 0.041, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 615 observations" / source= '0302+625', 'J0306+6243' RA= 03:06:42.659553 DEC= +62:43:02.02414 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8710 observations" / source= '0304-245', 'J0306-2419' RA= 03:06:47.195495 DEC= -24:19:24.76357 RAER= 0.37 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.052, 8.4, 0.065, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0304-177', 'J0306-1734' RA= 03:06:51.539524 DEC= -17:34:06.13048 RAER= 0.38 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.041, 8.4, 0.085, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0304+124', 'J0307+1241' RA= 03:07:00.532566 DEC= +12:41:25.92360 RAER= 0.22 DECER= 0.36 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 423 observations" / source= '0304-122', 'J0307-1205' RA= 03:07:03.064038 DEC= -12:05:38.44543 RAER= 51.83 DECER= 79.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.057, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0304-039', 'J0307-0345' RA= 03:07:06.052752 DEC= -03:45:50.29318 RAER= 1.22 DECER= 2.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.007, 8.4, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0304+267', 'J0307+2656' RA= 03:07:07.714038 DEC= +26:56:04.54329 RAER= 0.65 DECER= 1.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.010, 8.4, 0.014, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0305-308', 'J0307-3037' RA= 03:07:08.219977 DEC= -30:37:27.90912 RAER= 0.25 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.083, 8.4, 0.108, 0.093 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0304+020', 'J0307+0217' RA= 03:07:15.407344 DEC= +02:17:07.32784 RAER= 1.16 DECER= 2.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, 0.008, 8.4, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0303+490', 'J0307+4915' RA= 03:07:27.034900 DEC= +49:15:09.75337 RAER= 0.18 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 262 observations" / source= '0305-491', 'J0307-4857' RA= 03:07:34.192500 DEC= -48:57:11.53167 RAER= 0.76 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.249, 0.256 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 124 observations" / source= '0305-054', 'J0307-0515' RA= 03:07:40.688391 DEC= -05:15:10.00746 RAER= 0.73 DECER= 1.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.085, 0.015, 8.4, 0.038, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0305-045', 'J0307-0419' RA= 03:07:44.516434 DEC= -04:19:09.24513 RAER= 0.80 DECER= 1.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.020, 8.4, 0.033, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0305-050', 'J0307-0451' RA= 03:07:50.798676 DEC= -04:51:33.02626 RAER= 0.50 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.020, 8.4, 0.026, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0305+087', 'J0307+0855' RA= 03:07:53.679920 DEC= +08:55:50.29959 RAER= 0.73 DECER= 1.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.010, 8.4, 0.026, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0305+018', 'J0307+0204' RA= 03:07:56.406413 DEC= +02:04:07.18505 RAER= 1.03 DECER= 2.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.010, 8.4, 0.045, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0305+104', 'J0307+1035' RA= 03:07:58.451092 DEC= +10:35:50.82465 RAER= 0.71 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.118, 0.082, 8.4, 0.039, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0305+232', 'J0308+2325' RA= 03:08:04.780711 DEC= +23:25:42.12452 RAER= 0.34 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.014, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0304+575', 'J0308+5741' RA= 03:08:09.898589 DEC= +57:41:57.22827 RAER= 0.66 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.094, 0.041, 8.4, 0.112, 0.070 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0305+237', 'J0308+2355' RA= 03:08:11.198876 DEC= +23:55:13.21270 RAER= 0.13 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 491 observations" / source= '0305-172', 'J0308-1703' RA= 03:08:12.037888 DEC= -17:03:40.59201 RAER= 1.20 DECER= 2.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.029, 8.4, 0.037, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0305-162', 'J0308-1603' RA= 03:08:16.029772 DEC= -16:03:12.69387 RAER= 0.28 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.081, 0.038, 8.4, 0.071, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0306-237', 'J0308-2333' RA= 03:08:16.268666 DEC= -23:33:49.27403 RAER= 1.13 DECER= 2.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0306-290', 'J0308-2851' RA= 03:08:16.852910 DEC= -28:51:05.14790 RAER= 0.71 DECER= 1.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.017, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 69 observations" / source= '0303+69A', 'J0308+6954' RA= 03:08:24.870786 DEC= +69:54:04.57056 RAER= 1.42 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.054, 8.4, 0.087, 0.076 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 56 observations" / source= '0305+039', 'J0308+0406' RA= 03:08:26.223801 DEC= +04:06:39.30066 RAER= 0.10 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2900 observations" / source= '0303+697', 'J0308+6955' RA= 03:08:27.816292 DEC= +69:55:58.95242 RAER= 0.60 DECER= 0.22 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 541 observations" / source= '0305+119', 'J0308+1208' RA= 03:08:39.383290 DEC= +12:08:49.77143 RAER= 0.35 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.057, 8.4, 0.058, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0306-279', 'J0308-2743' RA= 03:08:39.635715 DEC= -27:43:19.45832 RAER= 4.62 DECER= 8.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0306+071', 'J0308+0720' RA= 03:08:41.938342 DEC= +07:20:44.33479 RAER= 0.54 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.023, 8.4, 0.046, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0304+625', 'J0308+6245' RA= 03:08:42.467887 DEC= +62:45:07.78016 RAER= 5.50 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0305+449', 'J0308+4506' RA= 03:08:43.784661 DEC= +45:06:13.53575 RAER= 0.98 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.026, 8.4, 0.030, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0305+315', 'J0308+3143' RA= 03:08:57.291606 DEC= +31:43:54.30528 RAER= 4.71 DECER= 5.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0307-362', 'J0309-3604' RA= 03:09:02.510690 DEC= -36:04:03.75064 RAER= 0.19 DECER= 0.31 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 351 observations" / source= '0306+102', 'J0309+1029' RA= 03:09:03.623496 DEC= +10:29:16.34088 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7106 observations" / source= '0305+417', 'J0309+4153' RA= 03:09:08.489671 DEC= +41:53:32.44441 RAER= 0.57 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.020, 8.4, 0.038, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0306+254', 'J0309+2541' RA= 03:09:12.822277 DEC= +25:41:16.22090 RAER= 1.05 DECER= 1.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0305+508', 'J0309+5104' RA= 03:09:12.864880 DEC= +51:04:47.37331 RAER= 0.49 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.148, 0.049, 8.4, 0.097, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 47 observations" / source= '0307-402', 'J0309-4001' RA= 03:09:13.018569 DEC= -40:01:50.78061 RAER= 0.88 DECER= 1.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.029, 8.4, 0.029, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0305+638', 'J0309+6402' RA= 03:09:14.045621 DEC= +64:02:31.37640 RAER= 6.14 DECER= 0.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.023, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0306-175', 'J0309-1723' RA= 03:09:16.854942 DEC= -17:23:14.44864 RAER= 0.49 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.022, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0306+274', 'J0309+2738' RA= 03:09:22.096780 DEC= +27:38:54.36032 RAER= 0.14 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.072, 0.053, 8.4, 0.095, 0.063 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 472 observations" / source= '0306-061', 'J0309-0559' RA= 03:09:23.288868 DEC= -05:59:20.45083 RAER= 0.13 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.107, 0.105, 8.4, 0.069, 0.061 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 438 observations" / source= '0307-286', 'J0309-2828' RA= 03:09:26.446156 DEC= -28:28:58.67083 RAER= 2.67 DECER= 5.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.022, 8.4, 0.035, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0306+392', 'J0309+3924' RA= 03:09:26.799505 DEC= +39:24:54.57467 RAER= 0.71 DECER= 0.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.101, 0.073, 8.4, 0.087, 0.062 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0305+530', 'J0309+5316' RA= 03:09:30.871656 DEC= +53:16:50.98334 RAER= 1.69 DECER= 4.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.010, n/a, 8.4, 0.013, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0307-299', 'J0309-2945' RA= 03:09:38.603367 DEC= -29:45:53.77773 RAER= 0.73 DECER= 1.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.127, 0.013, 8.4, 0.054, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0307-079', 'J0309-0744' RA= 03:09:43.241908 DEC= -07:44:27.48471 RAER= 0.70 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.049, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 75 observations" / source= '0307+096', 'J0309+0952' RA= 03:09:45.709139 DEC= +09:52:51.89464 RAER= 0.38 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, 0.063, 8.4, 0.085, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0307-348', 'J0309-3437' RA= 03:09:54.735804 DEC= -34:37:48.95599 RAER= 4.92 DECER= 13.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, n/a, 8.4, 0.077, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0306+338', 'J0309+3401' RA= 03:09:55.248627 DEC= +34:01:55.60972 RAER= 0.55 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.046, 8.4, 0.048, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0308-611', 'J0309-6058' RA= 03:09:56.099134 DEC= -60:58:39.05644 RAER= 0.21 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.211, 1.044 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 62312 observations" / source= '0307+169', 'J0310+1705' RA= 03:10:00.096082 DEC= +17:05:58.61388 RAER= 0.47 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.017, 8.4, 0.022, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 57 observations" / source= '0307-085', 'J0310-0823' RA= 03:10:02.049331 DEC= -08:23:39.29390 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.086, 8.4, 0.087, 0.061 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 533 observations" / source= '0307-142', 'J0310-1402' RA= 03:10:06.334011 DEC= -14:02:08.19250 RAER= 2.11 DECER= 3.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a, 8.4, 0.014, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0306+464', 'J0310+4639' RA= 03:10:07.134144 DEC= +46:39:32.73567 RAER= 0.49 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.048, 8.4, 0.051, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0306+426', 'J0310+4249' RA= 03:10:08.398045 DEC= +42:49:48.99550 RAER= 0.43 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.048, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 90 observations" / source= '0306+434', 'J0310+4339' RA= 03:10:09.662488 DEC= +43:39:11.33813 RAER= 0.71 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.038, 8.4, 0.049, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0306+478', 'J0310+4803' RA= 03:10:16.990002 DEC= +48:03:27.00283 RAER= 2.62 DECER= 1.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.010, 8.4, 0.017, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0307+389', 'J0310+3910' RA= 03:10:24.537313 DEC= +39:10:57.92871 RAER= 0.78 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.280, 0.292, 8.4, 0.339, 0.352 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0307+444', 'J0310+4435' RA= 03:10:30.931616 DEC= +44:35:48.29554 RAER= 0.36 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.044, 8.4, 0.099, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0308-108', 'J0310-1037' RA= 03:10:34.105509 DEC= -10:37:14.90230 RAER= 4.20 DECER= 5.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.010, 8.4, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0308-256', 'J0310-2527' RA= 03:10:34.724241 DEC= -25:27:48.28252 RAER= 1.21 DECER= 2.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.062, 0.045, 8.4, 0.049, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0309-504', 'J0310-5016' RA= 03:10:34.727725 DEC= -50:16:31.12865 RAER= 13.30 DECER= 5.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.008, n/a, 8.4, 0.008, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0307+178', 'J0310+1804' RA= 03:10:44.765312 DEC= +18:04:13.00057 RAER= 0.17 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.029, 8.4, 0.040, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 275 observations" / source= '0307+420', 'J0310+4214' RA= 03:10:48.991327 DEC= +42:14:05.00731 RAER= 4.76 DECER= 1.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0307+380', 'J0310+3814' RA= 03:10:49.879924 DEC= +38:14:53.83785 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29832 observations" / source= '0308-351', 'J0310-3500' RA= 03:10:57.314770 DEC= -35:00:32.91475 RAER= 1.56 DECER= 3.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.023, 8.4, 0.023, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0307+423', 'J0311+4235' RA= 03:11:12.555530 DEC= +42:35:10.97375 RAER= 0.29 DECER= 0.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, 0.049, 8.4, 0.073, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 108 observations" / source= '0308+360', 'J0311+3612' RA= 03:11:26.488718 DEC= +36:12:04.19749 RAER= 1.12 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, 0.028, 8.4, 0.029, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0308+444', 'J0311+4438' RA= 03:11:26.727032 DEC= +44:38:13.83152 RAER= 0.99 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.013, 8.4, 0.014, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0308+413', 'J0311+4134' RA= 03:11:32.532180 DEC= +41:34:24.45527 RAER= 0.25 DECER= 0.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.063, 8.4, 0.112, 0.063 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0308+305', 'J0311+3043' RA= 03:11:35.164499 DEC= +30:43:20.53952 RAER= 3.61 DECER= 3.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0308+403', 'J0311+4031' RA= 03:11:37.136878 DEC= +40:31:28.43194 RAER= 0.76 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.011, 8.4, 0.015, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0309+049', 'J0311+0508' RA= 03:11:47.994438 DEC= +05:08:02.74983 RAER= 14.66 DECER= 13.21 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations. No flux information" / source= '0309+089', 'J0311+0907' RA= 03:11:53.512260 DEC= +09:07:24.55065 RAER= 0.92 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.010, 8.4, 0.047, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0312-770', 'J0311-7651' RA= 03:11:55.250111 DEC= -76:51:50.84812 RAER= 0.49 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 1.043, 0.755 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 368 observations" / source= '0322-864', 'J0312-8618' RA= 03:12:03.306729 DEC= -86:18:08.85991 RAER= 5.19 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.165, 0.131 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 92 observations" / source= '0309+264', 'J0312+2638' RA= 03:12:03.835594 DEC= +26:38:40.37384 RAER= 2.19 DECER= 1.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0310-558', 'J0312-5541' RA= 03:12:07.213398 DEC= -55:41:34.81448 RAER= 0.75 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.135, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 38 observations" / source= '0309+155', 'J0312+1544' RA= 03:12:16.970943 DEC= +15:44:39.01089 RAER= 69.24 DECER= 27.36 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0309-008', 'J0312-0040' RA= 03:12:18.935964 DEC= -00:40:02.40368 RAER= 4.40 DECER= 6.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0310-134', 'J0312-1313' RA= 03:12:26.526848 DEC= -13:13:07.99619 RAER= 0.57 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.031, 8.4, 0.018, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0309+390', 'J0312+3916' RA= 03:12:26.593512 DEC= +39:16:29.80678 RAER= 0.89 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.015, 8.4, 0.027, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0310-325', 'J0312-3223' RA= 03:12:34.214527 DEC= -32:23:16.61860 RAER= 0.91 DECER= 2.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.018, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0310-225', 'J0312-2221' RA= 03:12:35.707468 DEC= -22:21:17.11297 RAER= 0.76 DECER= 1.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.013, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 93 observations" / source= '0309+426', 'J0312+4249' RA= 03:12:35.997418 DEC= +42:49:41.84378 RAER= 0.57 DECER= 0.63 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.090, 0.032, 8.4, 0.051, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 100 observations" / source= '0310-164', 'J0312-1613' RA= 03:12:37.320804 DEC= -16:13:29.60664 RAER= 24.82 DECER= 20.84 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0310+013', 'J0312+0133' RA= 03:12:43.603236 DEC= +01:33:17.56450 RAER= 0.10 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 760 observations" / source= '0310-150', 'J0312-1449' RA= 03:12:46.388223 DEC= -14:49:51.55470 RAER= 0.24 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.236, 0.069, 8.4, 0.205, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0309+360', 'J0312+3615' RA= 03:12:50.287862 DEC= +36:15:19.54333 RAER= 0.17 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.054, 0.032, 8.4, 0.066, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 750 observations" / source= '0309+525', 'J0312+5245' RA= 03:12:50.673143 DEC= +52:45:25.18440 RAER= 0.36 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.147, 0.031, 8.4, 0.108, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 131 observations" / source= '0309+507', 'J0312+5053' RA= 03:12:59.350190 DEC= +50:53:15.94534 RAER= 1.05 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.047, 0.033, 8.4, 0.047, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0310+239', 'J0313+2410' RA= 03:13:00.161935 DEC= +24:10:00.61440 RAER= 0.33 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.039, 8.4, 0.052, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 47 observations" / source= '0309+411', 'J0313+4120' RA= 03:13:01.962135 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13438 observations" / source= '0310+127', 'J0313+1254' RA= 03:13:04.190803 DEC= +12:54:25.93140 RAER= 1.04 DECER= 1.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.016, 8.4, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0310-029', 'J0313-0243' RA= 03:13:08.778481 DEC= -02:43:19.25548 RAER= 9.97 DECER= 13.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0310+022', 'J0313+0228' RA= 03:13:13.405465 DEC= +02:28:35.30687 RAER= 0.12 DECER= 0.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.095, 0.067, 8.4, 0.105, 0.080 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 825 observations" / source= '0310+372', 'J0313+3725' RA= 03:13:36.270908 DEC= +37:25:24.11622 RAER= 0.55 DECER= 0.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.053, 8.4, 0.073, 0.052 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0310+271', 'J0313+2718' RA= 03:13:44.906390 DEC= +27:18:47.55384 RAER= 0.85 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.036, 8.4, 0.039, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0311-158', 'J0313-1540' RA= 03:13:47.114773 DEC= -15:40:33.77054 RAER= 1.59 DECER= 3.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0310+410', 'J0313+4115' RA= 03:13:57.645780 DEC= +41:15:23.97305 RAER= 0.47 DECER= 0.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.052, 0.036, 8.4, 0.051, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 503 observations" / source= '0310+564', 'J0313+5640' RA= 03:13:58.625378 DEC= +56:40:52.35785 RAER= 1.00 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.009, 8.4, 0.039, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0312-353', 'J0314-3507' RA= 03:14:02.985246 DEC= -35:07:59.50732 RAER= 14.86 DECER= 33.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0310+400', 'J0314+4014' RA= 03:14:05.659223 DEC= +40:14:27.16224 RAER= 0.87 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.059, 0.042, 8.4, 0.055, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0311-118', 'J0314-1137' RA= 03:14:07.577480 DEC= -11:37:04.20868 RAER= 0.38 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.049, 8.4, 0.059, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0310+435', 'J0314+4345' RA= 03:14:08.053159 DEC= +43:45:19.76075 RAER= 0.38 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.174, 0.075, 8.4, 0.097, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0311-041', 'J0314-0357' RA= 03:14:12.761523 DEC= -03:57:16.38196 RAER= 0.77 DECER= 1.49 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.025, 8.4, 0.031, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0311-028', 'J0314-0242' RA= 03:14:21.951973 DEC= -02:42:12.58836 RAER= 0.92 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.022, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0313-659', 'J0314-6548' RA= 03:14:22.445383 DEC= -65:48:24.69644 RAER= 0.55 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.186, 0.170 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 88 observations" / source= '0311+061', 'J0314+0619' RA= 03:14:23.927857 DEC= +06:19:56.54047 RAER= 1.47 DECER= 5.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.024, 0.018, 8.4, 0.020, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 150 observations" / source= '0311+441', 'J0314+4422' RA= 03:14:25.103404 DEC= +44:22:43.29997 RAER= 7.13 DECER= 5.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0312-512', 'J0314-5104' RA= 03:14:25.703452 DEC= -51:04:31.56253 RAER= 2.38 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.192, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 39 observations" / source= '0310+631', 'J0314+6322' RA= 03:14:26.561429 DEC= +63:22:23.92297 RAER= 2.48 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.012, 8.4, 0.018, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0310+560', 'J0314+5614' RA= 03:14:29.173715 DEC= +56:14:05.29519 RAER= 2.05 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.109, 0.008, 8.4, 0.048, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0312-343', 'J0314-3407' RA= 03:14:32.941977 DEC= -34:07:40.16307 RAER= 1.46 DECER= 5.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0312-161', 'J0314-1557' RA= 03:14:38.172903 DEC= -15:57:48.20086 RAER= 0.29 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.154, 0.035, 8.4, 0.112, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 75 observations" / source= '0311+430', 'J0314+4314' RA= 03:14:43.620404 DEC= +43:14:05.55813 RAER= 13.49 DECER= 8.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0312-271', 'J0314-2700' RA= 03:14:43.943241 DEC= -27:00:00.05972 RAER= 2.89 DECER= 5.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.021, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0312+149', 'J0314+1508' RA= 03:14:47.290561 DEC= +15:08:59.66469 RAER= 0.39 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.021, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 64 observations" / source= '0312-345', 'J0314-3420' RA= 03:14:52.861777 DEC= -34:20:22.44522 RAER= 1.58 DECER= 5.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, n/a, 8.4, 0.056, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0311+418', 'J0314+4201' RA= 03:14:53.877412 DEC= +42:01:00.96153 RAER= 0.61 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.016, 8.4, 0.023, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0311+264', 'J0314+2636' RA= 03:14:58.394811 DEC= +26:36:49.16979 RAER= 1.30 DECER= 1.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0310+620', 'J0315+6216' RA= 03:15:00.093738 DEC= +62:16:20.29132 RAER= 0.70 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.017, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0314-647', 'J0315-6436' RA= 03:15:13.984619 DEC= -64:36:36.09795 RAER= 14.95 DECER= 4.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0312+100', 'J0315+1012' RA= 03:15:21.139820 DEC= +10:12:43.08389 RAER= 0.10 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.133, 0.117, 8.4, 0.143, 0.092 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3076 observations" / source= '0311+462', 'J0315+4625' RA= 03:15:24.013594 DEC= +46:25:59.82937 RAER= 0.88 DECER= 0.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.043, 8.4, 0.056, 0.050 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0310+707', 'J0315+7058' RA= 03:15:24.542940 DEC= +70:58:29.91263 RAER= 8.72 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.021, 8.4, 0.018, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0313-269', 'J0315-2644' RA= 03:15:27.141514 DEC= -26:44:00.58914 RAER= 0.78 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.018, 8.4, 0.016, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0312+423', 'J0315+4232' RA= 03:15:27.477540 DEC= +42:32:48.53023 RAER= 0.49 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.013, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0313-171', 'J0315-1656' RA= 03:15:27.678418 DEC= -16:56:29.71447 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.208, 0.084, 8.4, 0.192, 0.079 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 399 observations" / source= '0313-055', 'J0315-0521' RA= 03:15:29.843573 DEC= -05:21:15.41711 RAER= 2.55 DECER= 3.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0313-298', 'J0315-2939' RA= 03:15:31.198280 DEC= -29:39:59.14248 RAER= 0.99 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.105, n/a, 8.4, 0.089, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0313-020', 'J0315-0151' RA= 03:15:42.463877 DEC= -01:51:23.26506 RAER= 0.12 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 317 observations" / source= '0310+721', 'J0315+7220' RA= 03:15:47.158473 DEC= +72:20:30.24383 RAER= 5.55 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.016, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0313-192', 'J0315-1906' RA= 03:15:52.097121 DEC= -19:06:44.29343 RAER= 0.56 DECER= 1.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.040, 8.4, 0.043, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0313-107', 'J0315-1031' RA= 03:15:56.872832 DEC= -10:31:39.37119 RAER= 0.32 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.102, 0.083 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0313-094', 'J0316-0916' RA= 03:16:03.478233 DEC= -09:16:20.82251 RAER= 1.37 DECER= 3.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.025, 8.4, 0.030, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0313+215', 'J0316+2142' RA= 03:16:06.048037 DEC= +21:42:07.79226 RAER= 0.36 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.024, 8.4, 0.036, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0313+091', 'J0316+0921' RA= 03:16:08.400931 DEC= +09:21:12.08948 RAER= 0.57 DECER= 1.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.027, 8.4, 0.024, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0312+420', 'J0316+4214' RA= 03:16:08.479530 DEC= +42:14:24.98497 RAER= 0.78 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.040, 8.4, 0.030, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0315-685', 'J0316-6821' RA= 03:16:10.478942 DEC= -68:21:05.20829 RAER= 14.64 DECER= 3.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.151, 0.152 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0313+088', 'J0316+0904' RA= 03:16:12.732518 DEC= +09:04:43.28288 RAER= 0.19 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.057, 0.049, 15.2, 0.064, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 110 observations" / source= '0313-109', 'J0316-1043' RA= 03:16:13.921019 DEC= -10:43:05.71786 RAER= 0.40 DECER= 0.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.097, 0.045, 8.4, 0.061, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0315-648', 'J0316-6437' RA= 03:16:14.332252 DEC= -64:37:31.45483 RAER= 7.20 DECER= 4.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.014, n/a, 8.4, 0.013, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0314-263', 'J0316-2607' RA= 03:16:14.939771 DEC= -26:07:57.34498 RAER= 0.43 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.025, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 78 observations" / source= '0313+007', 'J0316+0058' RA= 03:16:20.673384 DEC= +00:58:56.29592 RAER= 0.41 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.071, 0.058, 8.4, 0.078, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0312+446', 'J0316+4448' RA= 03:16:21.436304 DEC= +44:48:18.35370 RAER= 1.86 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.014, 8.4, 0.018, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0313+312', 'J0316+3124' RA= 03:16:21.588288 DEC= +31:24:38.17245 RAER= 314.75 DECER= 137.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0313+273', 'J0316+2733' RA= 03:16:29.011912 DEC= +27:33:08.14624 RAER= 0.13 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 584 observations" / source= '0310+771', 'J0316+7720' RA= 03:16:32.142578 DEC= +77:20:58.39379 RAER= 1.81 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.161, 0.157, 8.4, 0.137, 0.118 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0314+032', 'J0316+0324' RA= 03:16:37.158229 DEC= +03:24:09.82594 RAER= 0.63 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.011, 8.4, 0.015, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0313+411', 'J0316+4119' RA= 03:16:42.978241 DEC= +41:19:29.61635 RAER= 0.29 DECER= 0.24 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 162 observations" / source= '0313+432', 'J0316+4328' RA= 03:16:50.931394 DEC= +43:28:19.31372 RAER= 0.66 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.012, 8.4, 0.021, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 108 observations" / source= '0314-274', 'J0316-2714' RA= 03:16:53.275664 DEC= -27:14:34.51244 RAER= 0.41 DECER= 0.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.016, 8.4, 0.089, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0313+344', 'J0316+3437' RA= 03:16:54.607459 DEC= +34:37:19.56308 RAER= 10.45 DECER= 16.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0314-215', 'J0316-2124' RA= 03:16:56.673937 DEC= -21:24:43.69168 RAER= 0.64 DECER= 1.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, 0.007, 8.4, 0.034, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0315-380', 'J0316-3751' RA= 03:16:56.721329 DEC= -37:51:22.25478 RAER= 1.19 DECER= 2.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.017, 8.4, 0.028, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0313+531', 'J0317+5318' RA= 03:17:01.345453 DEC= +53:18:27.52185 RAER= 22.02 DECER= 9.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.036, 0.083 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0314-065', 'J0317-0624' RA= 03:17:05.015403 DEC= -06:24:48.80530 RAER= 0.20 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.014, 8.4, 0.024, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 362 observations" / source= '0314-044', 'J0317-0417' RA= 03:17:05.415314 DEC= -04:17:25.66840 RAER= 0.66 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.012, 8.4, 0.021, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 59 observations" / source= '0314+329', 'J0317+3306' RA= 03:17:09.038078 DEC= +33:06:30.83309 RAER= 0.89 DECER= 1.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.011, 8.4, 0.018, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0314+288', 'J0317+2903' RA= 03:17:19.391184 DEC= +29:03:52.49943 RAER= 0.67 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, n/a, 8.4, 0.052, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0314+298', 'J0317+3000' RA= 03:17:21.543651 DEC= +30:00:50.24674 RAER= 0.66 DECER= 0.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, 0.047, 8.4, 0.073, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0315-216', 'J0317-2127' RA= 03:17:23.138948 DEC= -21:27:44.26127 RAER= 0.68 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.159, 0.029, 8.4, 0.054, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0312+678', 'J0317+6801' RA= 03:17:29.889000 DEC= +68:01:13.95737 RAER= 1.28 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.018, 8.4, 0.024, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0315-282', 'J0317-2803' RA= 03:17:33.699303 DEC= -28:03:18.61256 RAER= 0.14 DECER= 0.20 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 634 observations" / source= '0315-363', 'J0317-3610' RA= 03:17:34.270380 DEC= -36:10:17.44181 RAER= 6.21 DECER= 15.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.079, n/a, 8.4, 0.060, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0315+026', 'J0317+0248' RA= 03:17:47.915278 DEC= +02:48:42.57174 RAER= 4.20 DECER= 3.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 52 observations" / source= '0314+565', 'J0317+5643' RA= 03:17:54.942803 DEC= +56:43:57.79133 RAER= 0.21 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.220, 0.071, 8.4, 0.201, 0.117 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 641 observations" / source= '0316-444', 'J0317-4414' RA= 03:17:57.679441 DEC= -44:14:17.16289 RAER= 0.19 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.099, 0.075, 8.4, 0.101, 0.065 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 653 observations" / source= '0315-006', 'J0318-0029' RA= 03:18:14.427489 DEC= -00:29:48.93206 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.091, 0.048, 8.4, 0.101, 0.056 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 536 observations" / source= '0314+416', 'J0318+4151' RA= 03:18:15.667493 DEC= +41:51:27.89185 RAER= 0.38 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.011, 8.4, 0.025, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 195 observations" / source= '0313+683', 'J0318+6829' RA= 03:18:19.103411 DEC= +68:29:31.94563 RAER= 1.31 DECER= 0.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.037, 8.4, 0.032, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0315+269', 'J0318+2709' RA= 03:18:30.395804 DEC= +27:09:45.64917 RAER= 0.94 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.068, n/a, 8.4, 0.045, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 23 observations" / source= '0316-048', 'J0318-0438' RA= 03:18:35.172473 DEC= -04:38:04.91961 RAER= 0.44 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, 0.034, 8.4, 0.042, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0316+044', 'J0318+0436' RA= 03:18:40.885069 DEC= +04:36:23.43464 RAER= 0.60 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.065, 8.4, 0.047, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 58 observations" / source= '0315+213', 'J0318+2134' RA= 03:18:45.669398 DEC= +21:34:36.68482 RAER= 0.26 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, 0.023, 8.4, 0.034, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 207 observations" / source= '0316+160', 'J0318+1613' RA= 03:18:50.703900 DEC= +16:13:16.55644 RAER= 1.08 DECER= 2.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.065, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0316+162', 'J0318+1628' RA= 03:18:57.803201 DEC= +16:28:32.66638 RAER= 0.11 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7154 observations" / source= '0317-570', 'J0318-5650' RA= 03:18:57.803324 DEC= -56:50:37.47007 RAER= 0.72 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.121, 0.063 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0315+291', 'J0319+2922' RA= 03:19:00.110424 DEC= +29:22:19.17988 RAER= 0.13 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 420 observations" / source= '0316-164', 'J0319-1613' RA= 03:19:05.527994 DEC= -16:13:47.04739 RAER= 0.12 DECER= 0.17 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 531 observations" / source= '0315+389', 'J0319+3905' RA= 03:19:06.982059 DEC= +39:05:19.94825 RAER= 0.17 DECER= 0.16 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 195 observations" / source= '0316+159', 'J0319+1609' RA= 03:19:20.681774 DEC= +16:09:34.53584 RAER= 0.24 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.118, 0.118 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 65 observations" / source= '0314+696', 'J0319+6949' RA= 03:19:22.070896 DEC= +69:49:25.61788 RAER= 0.35 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.141, 8.4, 0.175, 0.071 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 551 observations" / source= '0316+308', 'J0319+3101' RA= 03:19:24.011233 DEC= +31:01:44.44535 RAER= 0.15 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.059, 0.029, 8.4, 0.108, 0.067 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 497 observations" / source= '0316+413', 'J0319+4130' RA= 03:19:48.160160 DEC= +41:30:42.10689 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25094 observations" / source= '0317+188', 'J0319+1901' RA= 03:19:51.256723 DEC= +19:01:31.29109 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1778 observations" / source= '0317+185', 'J0319+1845' RA= 03:19:51.808292 DEC= +18:45:34.56298 RAER= 0.23 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 100 observations" / source= '0316+515', 'J0319+5142' RA= 03:19:56.052676 DEC= +51:42:28.79313 RAER= 0.66 DECER= 1.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.089, 0.037, 8.4, 0.042, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0318-384', 'J0319-3815' RA= 03:19:56.997349 DEC= -38:15:26.11494 RAER= 1.31 DECER= 2.43 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.028, 8.4, 0.023, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0317+037', 'J0319+0355' RA= 03:19:58.775915 DEC= +03:55:56.01890 RAER= 0.52 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.047, 8.4, 0.058, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0317+118', 'J0320+1202' RA= 03:20:14.980617 DEC= +12:02:53.44276 RAER= 0.64 DECER= 1.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, 0.060, 8.4, 0.072, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0314+725', 'J0320+7244' RA= 03:20:15.024938 DEC= +72:44:49.59053 RAER= 1.55 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.015, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0318-172', 'J0320-1702' RA= 03:20:19.107203 DEC= -17:02:39.13110 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.271, 0.098, 8.4, 0.168, 0.137 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 373 observations" / source= '0317-086', 'J0320-0826' RA= 03:20:22.292386 DEC= -08:26:59.41490 RAER= 3.12 DECER= 4.83 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0317-023', 'J0320-0208' RA= 03:20:28.610709 DEC= -02:08:38.95690 RAER= 0.43 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.077, 0.013, 8.4, 0.061, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0317+040', 'J0320+0414' RA= 03:20:31.028978 DEC= +04:14:22.86978 RAER= 0.47 DECER= 0.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.018, 8.4, 0.051, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0317+429', 'J0320+4306' RA= 03:20:31.192251 DEC= +43:06:51.91707 RAER= 0.48 DECER= 0.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 82 observations" / source= '0317+428', 'J0320+4304' RA= 03:20:38.168069 DEC= +43:04:45.27939 RAER= 0.46 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.017, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 144 observations" / source= '0317+481', 'J0320+4818' RA= 03:20:40.089053 DEC= +48:18:01.25502 RAER= 0.71 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.033, 8.4, 0.039, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0317+272', 'J0320+2727' RA= 03:20:40.163862 DEC= +27:27:48.42025 RAER= 0.47 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.018, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 82 observations" / source= '0316+620', 'J0320+6215' RA= 03:20:45.771060 DEC= +62:15:07.35421 RAER= 1.55 DECER= 1.56 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.007, 8.4, 0.021, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 41 observations" / source= '0318-388', 'J0320-3837' RA= 03:20:46.404346 DEC= -38:37:28.49633 RAER= 0.17 DECER= 0.27 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 321 observations" / source= '0315+733', 'J0320+7331' RA= 03:20:52.483501 DEC= +73:31:13.52775 RAER= 1.66 DECER= 0.68 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.013, 8.4, 0.019, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 118 observations" / source= '0317+553', 'J0320+5532' RA= 03:20:52.644442 DEC= +55:32:26.83614 RAER= 1.12 DECER= 1.61 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, 0.017, 8.4, 0.034, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0315+73B', 'J0320+7329' RA= 03:20:55.602780 DEC= +73:29:57.58573 RAER= 4.62 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 55 observations" / source= '0318-083', 'J0321-0812' RA= 03:21:04.230522 DEC= -08:12:57.32628 RAER= 1.16 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.009, 8.4, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0318-017', 'J0321-0136' RA= 03:21:09.950600 DEC= -01:36:32.22132 RAER= 0.96 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.012, 8.4, 0.016, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0319-214', 'J0321-2113' RA= 03:21:21.998323 DEC= -21:13:35.68769 RAER= 1.42 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0318-075', 'J0321-0722' RA= 03:21:22.084960 DEC= -07:22:17.06359 RAER= 0.94 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, 0.028, 8.4, 0.039, 0.021 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0318+162', 'J0321+1624' RA= 03:21:23.769060 DEC= +16:24:27.09429 RAER= 0.78 DECER= 1.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.032, 8.4, 0.035, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0317+550', 'J0321+5513' RA= 03:21:24.581604 DEC= +55:13:00.63856 RAER= 1.37 DECER= 1.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.005, 8.4, 0.059, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0318+179', 'J0321+1806' RA= 03:21:25.936971 DEC= +18:06:09.92723 RAER= 0.41 DECER= 0.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.012, 8.4, 0.013, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0318+063', 'J0321+0629' RA= 03:21:27.668030 DEC= +06:29:26.13713 RAER= 0.44 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.122, 0.065, 8.4, 0.107, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0319-315', 'J0321-3122' RA= 03:21:28.740384 DEC= -31:22:56.33496 RAER= 0.21 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.168, 0.084, 8.4, 0.100, 0.053 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 357 observations" / source= '0319-298', 'J0321-2940' RA= 03:21:28.830939 DEC= -29:40:46.29051 RAER= 0.32 DECER= 0.61 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 401 observations" / source= '0319-129', 'J0321-1249' RA= 03:21:29.346975 DEC= -12:49:01.73007 RAER= 1.18 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, n/a, 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0318+042', 'J0321+0426' RA= 03:21:30.721830 DEC= +04:26:27.77227 RAER= 0.74 DECER= 2.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.008, 8.4, 0.014, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0318+438', 'J0321+4359' RA= 03:21:36.868208 DEC= +43:59:22.48364 RAER= 0.19 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.337, 0.071, 8.4, 0.161, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 465 observations" / source= '0319+081', 'J0321+0817' RA= 03:21:46.478291 DEC= +08:17:51.76553 RAER= 2.05 DECER= 3.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 13 observations" / source= '0319-105', 'J0321-1022' RA= 03:21:49.582649 DEC= -10:22:33.97768 RAER= 1.26 DECER= 2.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0319+121', 'J0321+1221' RA= 03:21:53.103509 DEC= +12:21:13.95375 RAER= 0.10 DECER= 0.10 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3503 observations" / source= '0319-056', 'J0321-0526' RA= 03:21:59.870363 DEC= -05:26:12.42896 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.150, 0.097, 8.4, 0.179, 0.080 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 494 observations" / source= '0319+234', 'J0321+2336' RA= 03:21:59.970321 DEC= +23:36:11.20753 RAER= 0.19 DECER= 0.28 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 574 observations" / source= '0319-096', 'J0322-0926' RA= 03:22:01.513711 DEC= -09:26:40.74720 RAER= 1.75 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, n/a, 8.4, 0.039, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0318+378', 'J0322+3803' RA= 03:22:10.557908 DEC= +38:03:30.18934 RAER= 1.09 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.027, 8.4, 0.035, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0319+177', 'J0322+1756' RA= 03:22:11.902479 DEC= +17:56:16.86629 RAER= 0.18 DECER= 0.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.018, 8.4, 0.034, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 288 observations" / source= '0320-351', 'J0322-3458' RA= 03:22:13.010005 DEC= -34:58:32.21126 RAER= 14.36 DECER= 32.76 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0320-466', 'J0322-4626' RA= 03:22:13.309367 DEC= -46:26:49.33974 RAER= 2.87 DECER= 1.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.089, 0.056 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0319-133', 'J0322-1312' RA= 03:22:15.147089 DEC= -13:12:58.10458 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.050, 0.051, 8.4, 0.070, 0.064 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 512 observations" / source= '0317+687', 'J0322+6852' RA= 03:22:25.571593 DEC= +68:52:50.25307 RAER= 7.33 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.025, 8.4, 0.023, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0318+460', 'J0322+4611' RA= 03:22:25.878508 DEC= +46:11:15.63898 RAER= 1.03 DECER= 1.31 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.053, 8.4, 0.068, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0317+659', 'J0322+6610' RA= 03:22:27.228872 DEC= +66:10:28.30016 RAER= 0.28 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.263, 0.210, 8.4, 0.215, 0.161 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 764 observations" / source= '0320-389', 'J0322-3848' RA= 03:22:27.989222 DEC= -38:48:39.97219 RAER= 39.75 DECER= 56.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.093, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0319+098', 'J0322+0959' RA= 03:22:32.223523 DEC= +09:59:23.54222 RAER= 0.80 DECER= 1.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.042, 0.016, 8.4, 0.028, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0319+150', 'J0322+1513' RA= 03:22:37.069799 DEC= +15:13:51.10786 RAER= 0.48 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.043, 8.4, 0.054, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 53 observations" / source= '0320-137', 'J0322-1335' RA= 03:22:38.484500 DEC= -13:35:18.06032 RAER= 0.72 DECER= 1.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.016, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0319+293', 'J0322+2933' RA= 03:22:43.563115 DEC= +29:33:54.95488 RAER= 0.55 DECER= 1.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.080, 0.013, 8.4, 0.068, 0.047 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0320-032', 'J0322-0303' RA= 03:22:47.600885 DEC= -03:03:40.56143 RAER= 1.22 DECER= 2.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0320+070', 'J0322+0711' RA= 03:22:48.769750 DEC= +07:11:03.53143 RAER= 1.75 DECER= 3.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.041, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0319+503', 'J0322+5033' RA= 03:22:49.002323 DEC= +50:33:15.09092 RAER= 1.29 DECER= 1.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.024, 8.4, 0.029, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0319+396', 'J0322+3948' RA= 03:22:51.830043 DEC= +39:48:02.25952 RAER= 0.16 DECER= 0.15 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 641 observations" / source= '0319+233', 'J0322+2334' RA= 03:22:52.786999 DEC= +23:34:11.90563 RAER= 1.10 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.015, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0320+095', 'J0322+0941' RA= 03:22:54.577111 DEC= +09:41:02.25511 RAER= 0.48 DECER= 0.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.029, 8.4, 0.049, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0319+545', 'J0322+5446' RA= 03:22:54.718478 DEC= +54:46:40.14222 RAER= 1.24 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, n/a, 8.4, 0.048, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0320+218', 'J0322+2204' RA= 03:22:56.900438 DEC= +22:04:08.50628 RAER= 0.18 DECER= 0.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.034, 8.4, 0.041, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 275 observations" / source= '0322-606', 'J0323-6026' RA= 03:23:08.459220 DEC= -60:26:31.73269 RAER= 0.37 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.176, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0320+015', 'J0323+0145' RA= 03:23:09.872318 DEC= +01:45:50.50691 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.545, 0.339, 8.4, 0.297, 0.133 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 560 observations" / source= '0320+045', 'J0323+0446' RA= 03:23:14.722778 DEC= +04:46:12.57336 RAER= 0.12 DECER= 0.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.111, 0.090, 8.4, 0.107, 0.084 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 702 observations" / source= '0320+053', 'J0323+0534' RA= 03:23:20.260278 DEC= +05:34:11.87159 RAER= 2.12 DECER= 2.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.666, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 78 observations" / source= '0321-231', 'J0323-2255' RA= 03:23:43.273320 DEC= -22:55:27.58457 RAER= 0.98 DECER= 2.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, n/a, 8.4, 0.053, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0318+740', 'J0323+7413' RA= 03:23:43.370309 DEC= +74:13:29.29573 RAER= 3.01 DECER= 0.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.012, 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 84 observations" / source= '0321-013', 'J0323-0111' RA= 03:23:43.618901 DEC= -01:11:46.21038 RAER= 0.40 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.028, n/a, 8.4, 0.018, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 149 observations" / source= '0321+237', 'J0324+2352' RA= 03:24:01.036023 DEC= +23:52:41.54388 RAER= 0.34 DECER= 0.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, 0.030, 8.4, 0.042, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0324-735', 'J0324-7320' RA= 03:24:03.819883 DEC= -73:20:47.26990 RAER= 0.67 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.131, 0.133 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 99 observations" / source= '0321-109', 'J0324-1044' RA= 03:24:04.025311 DEC= -10:44:57.98706 RAER= 0.57 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.017, 8.4, 0.014, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 51 observations" / source= '0322-555', 'J0324-5520' RA= 03:24:05.548448 DEC= -55:20:54.14035 RAER= 2.49 DECER= 1.29 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.050, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 47 observations" / source= '0322-230', 'J0324-2254' RA= 03:24:17.553237 DEC= -22:54:17.92591 RAER= 0.15 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.109, 0.089, 8.4, 0.086, 0.057 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 392 observations" / source= '0322-133', 'J0324-1310' RA= 03:24:30.906401 DEC= -13:10:02.96734 RAER= 0.82 DECER= 1.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.014, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 71 observations" / source= '0321+257', 'J0324+2557' RA= 03:24:31.018813 DEC= +25:57:04.91394 RAER= 0.42 DECER= 0.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.066, 0.061, 8.4, 0.068, 0.059 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0321+340', 'J0324+3410' RA= 03:24:41.161311 DEC= +34:10:45.85747 RAER= 0.14 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 859 observations" / source= '0322-294', 'J0324-2918' RA= 03:24:44.295378 DEC= -29:18:21.21729 RAER= 0.12 DECER= 0.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.174, 0.109, 8.4, 0.172, 0.144 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2824 observations" / source= '0322-208', 'J0324-2043' RA= 03:24:51.348770 DEC= -20:43:24.24672 RAER= 0.52 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, 0.008, 8.4, 0.018, 0.010 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0322+046', 'J0324+0446' RA= 03:24:56.177504 DEC= +04:46:40.99081 RAER= 2.45 DECER= 4.99 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.007, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0319+726', 'J0324+7251' RA= 03:24:56.467224 DEC= +72:51:00.53467 RAER= 2.93 DECER= 3.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.011, 8.4, 0.011, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0322-218', 'J0325-2140' RA= 03:25:00.813288 DEC= -21:40:41.30284 RAER= 0.73 DECER= 1.62 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.014, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0322+230', 'J0325+2311' RA= 03:25:02.373298 DEC= +23:11:41.76873 RAER= 0.15 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.051, 8.4, 0.084, 0.051 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 262 observations" / source= '0322+098', 'J0325+1001' RA= 03:25:03.873310 DEC= +10:01:08.21688 RAER= 0.82 DECER= 1.67 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.009, 8.4, 0.017, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0322+111', 'J0325+1120' RA= 03:25:10.169889 DEC= +11:20:14.61834 RAER= 0.24 DECER= 0.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.050, 8.4, 0.081, 0.077 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0323-244', 'J0325-2415' RA= 03:25:13.344635 DEC= -24:15:48.05319 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.207, 0.154, 8.4, 0.187, 0.094 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 387 observations" / source= '0322+333', 'J0325+3332' RA= 03:25:17.582721 DEC= +33:32:43.72427 RAER= 0.71 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.017, 8.4, 0.020, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0321+467', 'J0325+4655' RA= 03:25:20.303881 DEC= +46:55:06.63474 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.203, 0.153, 8.4, 0.266, 0.216 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 481 observations" / source= '0322+347', 'J0325+3457' RA= 03:25:20.915683 DEC= +34:57:16.75252 RAER= 0.76 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.057, 0.049, 8.4, 0.063, 0.049 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0324-566', 'J0325-5629' RA= 03:25:22.672610 DEC= -56:29:04.97488 RAER= 2.49 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.026, n/a, 8.4, 0.045, 0.034 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 55 observations" / source= '0324-567', 'J0325-5635' RA= 03:25:23.525964 DEC= -56:35:44.65257 RAER= 2.89 DECER= 1.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.025, n/a, 8.4, 0.027, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 61 observations" / source= '0322-007', 'J0325-0033' RA= 03:25:24.438988 DEC= -00:33:11.68403 RAER= 0.91 DECER= 1.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.010, 8.4, 0.014, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0322+369', 'J0325+3706' RA= 03:25:26.528839 DEC= +37:06:53.36756 RAER= 9.30 DECER= 11.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0323-394', 'J0325-3915' RA= 03:25:29.334276 DEC= -39:15:39.73330 RAER= 9.91 DECER= 31.53 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.029, 8.4, 0.025, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0322+222', 'J0325+2224' RA= 03:25:36.814355 DEC= +22:24:00.36558 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 68155 observations" / source= '0323-169', 'J0325-1646' RA= 03:25:41.096710 DEC= -16:46:16.85550 RAER= 0.40 DECER= 0.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.020, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 86 observations" / source= '0322+342', 'J0325+3424' RA= 03:25:41.937577 DEC= +34:24:59.31963 RAER= 1.39 DECER= 1.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.013, 0.015, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 69 observations" / source= '0323+095', 'J0325+0944' RA= 03:25:45.702822 DEC= +09:44:29.30211 RAER= 0.79 DECER= 1.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, 0.017, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0324-489', 'J0325-4847' RA= 03:25:51.904192 DEC= -48:47:33.40220 RAER= 1.95 DECER= 2.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.466, 0.150 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0323-182', 'J0325-1801' RA= 03:25:53.230900 DEC= -18:01:57.94841 RAER= 12.45 DECER= 16.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.038, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0323-189', 'J0325-1844' RA= 03:25:54.586550 DEC= -18:44:11.63645 RAER= 0.37 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.044, 0.045, 8.4, 0.073, 0.067 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 47 observations" / source= '0324-379', 'J0326-3746' RA= 03:26:03.000465 DEC= -37:46:09.18066 RAER= 0.19 DECER= 0.32 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 593 observations" / source= '0323-121', 'J0326-1156' RA= 03:26:10.778455 DEC= -11:56:22.59674 RAER= 0.49 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.063, 0.034, 8.4, 0.086, 0.063 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0323+022', 'J0326+0225' RA= 03:26:13.948297 DEC= +02:25:14.67656 RAER= 0.20 DECER= 0.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.044, 0.041, 8.4, 0.028, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 368 observations" / source= '0324-328', 'J0326-3243' RA= 03:26:15.045593 DEC= -32:43:25.03907 RAER= 0.17 DECER= 0.31 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 342 observations" / source= '0321+660', 'J0326+6611' RA= 03:26:20.575174 DEC= +66:11:02.98759 RAER= 0.64 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.088, 0.081, 8.4, 0.120, 0.107 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0323+392', 'J0326+3926' RA= 03:26:21.888394 DEC= +39:26:49.90661 RAER= 1.65 DECER= 1.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, n/a, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0323+348', 'J0326+3501' RA= 03:26:24.085632 DEC= +35:01:29.42737 RAER= 0.43 DECER= 0.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.104, 0.035, 8.4, 0.074, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0323+094', 'J0326+0940' RA= 03:26:25.127414 DEC= +09:40:13.47509 RAER= 0.20 DECER= 0.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.019, 8.4, 0.032, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 72 observations" / source= '0324-293', 'J0326-2909' RA= 03:26:27.237763 DEC= -29:09:37.65437 RAER= 0.36 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.166, 0.158, 8.4, 0.102, 0.094 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0323+151', 'J0326+1521' RA= 03:26:31.632806 DEC= +15:21:26.74636 RAER= 0.14 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.100, 0.058, 8.4, 0.090, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 269 observations" / source= '0324-084', 'J0326-0813' RA= 03:26:31.655660 DEC= -08:13:48.56342 RAER= 0.53 DECER= 1.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.076, 0.031, 8.4, 0.060, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0323+285', 'J0326+2842' RA= 03:26:35.432631 DEC= +28:42:52.58480 RAER= 2.97 DECER= 2.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a, 8.4, 0.063, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0322+574', 'J0326+5739' RA= 03:26:40.075548 DEC= +57:39:18.22000 RAER= 200.63 DECER= 139.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations" / source= '0324-342', 'J0326-3403' RA= 03:26:44.126512 DEC= -34:03:27.81593 RAER= 0.75 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.024, 8.4, 0.016, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0323+430', 'J0326+4310' RA= 03:26:46.204239 DEC= +43:10:54.98753 RAER= 0.36 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.040, 8.4, 0.060, 0.054 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0324-078', 'J0326-0738' RA= 03:26:50.295997 DEC= -07:38:40.11967 RAER= 1.27 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations. No flux information" / source= '0324-089', 'J0326-0847' RA= 03:26:54.235575 DEC= -08:47:15.61250 RAER= 1.48 DECER= 2.85 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.013, 8.4, 0.020, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0324+201', 'J0326+2019' RA= 03:26:55.136764 DEC= +20:19:51.99202 RAER= 0.86 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.019, 8.4, 0.021, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 30 observations" / source= '0325-330', 'J0327-3254' RA= 03:27:00.457470 DEC= -32:54:19.29663 RAER= 4.80 DECER= 14.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0324+321', 'J0327+3219' RA= 03:27:07.744104 DEC= +32:19:02.81035 RAER= 0.75 DECER= 1.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, 0.020, 8.4, 0.024, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0324-08A', 'J0327-0814' RA= 03:27:19.885457 DEC= -08:14:57.71657 RAER= 0.65 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.018, 8.4, 0.028, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0324+119', 'J0327+1208' RA= 03:27:22.975498 DEC= +12:08:35.34717 RAER= 0.36 DECER= 0.69 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.035, 8.4, 0.071, 0.040 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0324+376', 'J0327+3751' RA= 03:27:24.086668 DEC= +37:51:37.28129 RAER= 1.25 DECER= 2.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.041, 8.4, 0.043, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0325-156', 'J0327-1529' RA= 03:27:27.265035 DEC= -15:29:25.38472 RAER= 15.92 DECER= 17.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0325-356', 'J0327-3527' RA= 03:27:27.997774 DEC= -35:27:22.12337 RAER= 2.00 DECER= 6.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, n/a, 8.4, 0.024, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0325-289', 'J0327-2846' RA= 03:27:34.011599 DEC= -28:46:21.32948 RAER= 0.90 DECER= 1.94 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.108, 0.027, 8.4, 0.052, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations" / source= '0325-182', 'J0327-1803' RA= 03:27:43.341608 DEC= -18:03:42.02786 RAER= 0.12 DECER= 0.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.096, 0.077, 8.4, 0.130, 0.106 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 534 observations" / source= '0323+552', 'J0327+5522' RA= 03:27:44.656570 DEC= +55:22:28.48950 RAER= 1.20 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.017, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0325+023', 'J0327+0233' RA= 03:27:54.194991 DEC= +02:33:41.98280 RAER= 0.11 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 733 observations" / source= '0326-376', 'J0327-3729' RA= 03:27:54.774852 DEC= -37:29:09.18338 RAER= 14.40 DECER= 38.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0325+005', 'J0327+0044' RA= 03:27:59.215523 DEC= +00:44:22.72650 RAER= 0.11 DECER= 0.15 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.244, 0.168, 8.4, 0.261, 0.115 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 747 observations" / source= '0325-222', 'J0327-2202' RA= 03:27:59.923984 DEC= -22:02:06.39549 RAER= 0.14 DECER= 0.21 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 435 observations" / source= '0325-236', 'J0328-2329' RA= 03:28:06.709884 DEC= -23:29:59.59141 RAER= 0.60 DECER= 1.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.024, 8.4, 0.036, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0324+549', 'J0328+5509' RA= 03:28:11.458202 DEC= +55:09:10.90743 RAER= 2.42 DECER= 2.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.007, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0324+585', 'J0328+5842' RA= 03:28:19.851068 DEC= +58:42:43.84961 RAER= 0.78 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.015, 8.4, 0.013, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0324+430', 'J0328+4310' RA= 03:28:21.346838 DEC= +43:10:42.15858 RAER= 0.91 DECER= 0.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.031, 8.4, 0.038, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0325+179', 'J0328+1808' RA= 03:28:23.558551 DEC= +18:08:18.39494 RAER= 0.96 DECER= 1.97 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.020, 8.4, 0.025, 0.018 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0324+628', 'J0328+6258' RA= 03:28:33.998080 DEC= +62:58:37.75243 RAER= 0.84 DECER= 0.45 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.134, 0.074, 8.4, 0.139, 0.109 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0326-288', 'J0328-2841' RA= 03:28:36.518121 DEC= -28:41:55.95075 RAER= 1.75 DECER= 6.09 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.016, 8.4, 0.022, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 22 observations" / source= '0325+314', 'J0328+3139' RA= 03:28:43.208076 DEC= +31:39:12.02768 RAER= 0.42 DECER= 0.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.078, 0.024, 8.4, 0.059, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0325+256', 'J0328+2552' RA= 03:28:44.348707 DEC= +25:52:08.39811 RAER= 0.19 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.115, 0.033, 8.4, 0.052, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 438 observations" / source= '0325+395', 'J0328+3940' RA= 03:28:50.312089 DEC= +39:40:44.56636 RAER= 0.13 DECER= 0.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.189, 0.100, 8.4, 0.166, 0.126 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2683 observations" / source= '0323+743', 'J0328+7429' RA= 03:28:50.569515 DEC= +74:29:45.20941 RAER= 2.74 DECER= 0.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.069, n/a, 8.4, 0.058, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0326-164', 'J0328-1615' RA= 03:28:56.682968 DEC= -16:15:11.56900 RAER= 0.48 DECER= 1.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.051, 0.047, 8.4, 0.030, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0325+273', 'J0328+2732' RA= 03:28:57.193612 DEC= +27:32:27.49924 RAER= 0.79 DECER= 1.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.103, 0.049, 8.4, 0.056, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0326-325', 'J0328-3225' RA= 03:28:57.224573 DEC= -32:25:40.54410 RAER= 25.11 DECER= 60.27 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations. No flux information" / source= '0326+349', 'J0329+3510' RA= 03:29:15.354905 DEC= +35:10:05.99093 RAER= 0.14 DECER= 0.13 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 475 observations" / source= '0325+427', 'J0329+4256' RA= 03:29:19.373578 DEC= +42:56:22.47810 RAER= 2.84 DECER= 2.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.011, 8.4, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0326+396', 'J0329+3947' RA= 03:29:23.886638 DEC= +39:47:31.96106 RAER= 0.37 DECER= 0.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.045, n/a, 8.4, 0.066, 0.032 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 415 observations" / source= '0326+367', 'J0329+3654' RA= 03:29:24.013692 DEC= +36:54:10.47994 RAER= 1.45 DECER= 1.41 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.070, 0.055, 8.4, 0.054, 0.046 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0327-249', 'J0329-2444' RA= 03:29:34.216687 DEC= -24:44:26.43050 RAER= 0.85 DECER= 2.05 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.012, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 59 observations" / source= '0327-247', 'J0329-2435' RA= 03:29:38.364354 DEC= -24:35:52.38815 RAER= 1.59 DECER= 3.19 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.022, 0.012, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 26 observations" / source= '0327-427', 'J0329-4232' RA= 03:29:42.920017 DEC= -42:32:43.35719 RAER= 3.58 DECER= 17.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.028, n/a, 8.4, 0.027, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0326+208', 'J0329+2103' RA= 03:29:49.547526 DEC= +21:03:55.27013 RAER= 0.55 DECER= 1.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.017, 8.4, 0.026, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 46 observations" / source= '0327-046', 'J0329-0430' RA= 03:29:51.701932 DEC= -04:30:57.48609 RAER= 3.46 DECER= 6.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0327-102', 'J0329-1002' RA= 03:29:53.797841 DEC= -10:02:54.23918 RAER= 0.13 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.149, 0.107, 8.4, 0.140, 0.106 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 272 observations" / source= '0327-241', 'J0329-2357' RA= 03:29:54.075540 DEC= -23:57:08.77334 RAER= 0.11 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1632 observations" / source= '0326+278', 'J0329+2756' RA= 03:29:57.669405 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 2874 observations" / source= '0328-359', 'J0330-3546' RA= 03:30:05.840000 DEC= -35:46:24.49612 RAER= 5.88 DECER= 17.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, n/a, 8.4, 0.042, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0327+303', 'J0330+3032' RA= 03:30:09.143275 DEC= +30:32:49.45897 RAER= 3.61 DECER= 2.92 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0326+440', 'J0330+4413' RA= 03:30:18.123316 DEC= +44:13:00.59994 RAER= 0.93 DECER= 0.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.024, 8.4, 0.026, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0324+763', 'J0330+7633' RA= 03:30:19.673256 DEC= +76:33:19.89043 RAER= 2.55 DECER= 0.47 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.038, 0.042, 8.4, 0.057, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 106 observations" / source= '0327-078', 'J0330-0740' RA= 03:30:23.115267 DEC= -07:40:52.55255 RAER= 0.36 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.046, 8.4, 0.081, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0325+716', 'J0330+7150' RA= 03:30:24.979604 DEC= +71:50:13.23594 RAER= 23.40 DECER= 12.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 6 observations" / source= '0326+500', 'J0330+5015' RA= 03:30:25.393071 DEC= +50:15:26.88132 RAER= 4.80 DECER= 3.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0327+298', 'J0330+3004' RA= 03:30:27.748559 DEC= +30:04:05.18018 RAER= 3.24 DECER= 3.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.009, 8.4, 0.019, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0327+467', 'J0330+4656' RA= 03:30:32.627358 DEC= +46:56:23.29291 RAER= 0.17 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.246, 0.128, 8.4, 0.199, 0.080 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 558 observations" / source= '0328-207', 'J0330-2033' RA= 03:30:34.150095 DEC= -20:33:08.76150 RAER= 0.76 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, n/a, 8.4, 0.035, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0328-060', 'J0330-0551' RA= 03:30:34.509445 DEC= -05:51:22.65213 RAER= 0.52 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.066, 0.050, 8.4, 0.039, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 179 observations" / source= '0327+364', 'J0330+3639' RA= 03:30:34.765710 DEC= +36:39:41.03842 RAER= 0.28 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.400, 0.060, 8.4, 0.111, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 473 observations" / source= '0327+221', 'J0330+2219' RA= 03:30:41.117581 DEC= +22:19:30.95305 RAER= 4.75 DECER= 3.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0328+044', 'J0330+0440' RA= 03:30:43.913936 DEC= +04:40:04.63702 RAER= 0.55 DECER= 0.96 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.050, 0.042 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0328+008', 'J0330+0103' RA= 03:30:46.910162 DEC= +01:03:33.67239 RAER= 1.24 DECER= 2.01 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, n/a, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0328-242', 'J0330-2406' RA= 03:30:50.033628 DEC= -24:06:12.04203 RAER= 0.99 DECER= 1.87 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, 0.011, 8.4, 0.014, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 24 observations" / source= '0329-404', 'J0330-4014' RA= 03:30:51.103974 DEC= -40:14:16.59787 RAER= 0.20 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.584, 0.236, 8.4, 0.322, 0.077 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 204 observations" / source= '0328-276', 'J0330-2730' RA= 03:30:51.427035 DEC= -27:30:14.07039 RAER= 163.48 DECER= 102.29 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3 observations. No flux information" / source= '0328-192', 'J0330-1905' RA= 03:30:57.843304 DEC= -19:05:59.56105 RAER= 1.53 DECER= 3.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.043, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0329-385', 'J0331-3824' RA= 03:31:06.378033 DEC= -38:24:04.65559 RAER= 0.68 DECER= 1.44 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.074, 0.053, 8.4, 0.049, 0.041 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0329-255', 'J0331-2524' RA= 03:31:08.920634 DEC= -25:24:43.26612 RAER= 0.13 DECER= 0.21 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.206, 0.146, 8.4, 0.211, 0.137 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 353 observations" / source= '0329-432', 'J0331-4302' RA= 03:31:12.198785 DEC= -43:02:09.16750 RAER= 1.36 DECER= 4.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.131, n/a, 8.4, 0.080, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0330-620', 'J0331-6155' RA= 03:31:18.449222 DEC= -61:55:28.99344 RAER= 3.10 DECER= 1.75 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations. No flux information" / source= '0328-048', 'J0331-0439' RA= 03:31:20.209425 DEC= -04:39:25.35217 RAER= 0.97 DECER= 2.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.075, 0.019, 8.4, 0.040, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0327+612', 'J0331+6124' RA= 03:31:22.312405 DEC= +61:24:47.53668 RAER= 2.28 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.030, 0.018, 8.4, 0.021, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0329-269', 'J0331-2645' RA= 03:31:29.956967 DEC= -26:45:47.32026 RAER= 0.99 DECER= 2.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.018, 8.4, 0.020, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0329-187', 'J0331-1835' RA= 03:31:33.732642 DEC= -18:35:06.82222 RAER= 0.27 DECER= 0.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.015, 8.4, 0.020, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 274 observations" / source= '0329-122', 'J0331-1202' RA= 03:31:34.110649 DEC= -12:02:15.40342 RAER= 0.62 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.019, 8.4, 0.009, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0329-063', 'J0331-0612' RA= 03:31:41.089925 DEC= -06:12:48.00834 RAER= 0.71 DECER= 1.79 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.017, 0.014, 8.4, 0.018, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0329-094', 'J0331-0914' RA= 03:31:41.809224 DEC= -09:14:07.52110 RAER= 4.96 DECER= 5.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, n/a, 8.4, 0.010, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0328+440', 'J0331+4413' RA= 03:31:42.604048 DEC= +44:13:11.00161 RAER= 6.34 DECER= 3.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.008, 8.4, 0.013, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0328+479', 'J0331+4806' RA= 03:31:44.874405 DEC= +48:06:09.27492 RAER= 0.43 DECER= 0.84 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.054, 0.033, 8.4, 0.056, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0328+238', 'J0331+2403' RA= 03:31:47.478016 DEC= +24:03:10.19166 RAER= 0.18 DECER= 0.20 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 343 observations" / source= '0329-142', 'J0331-1403' RA= 03:31:47.974935 DEC= -14:03:53.70865 RAER= 0.69 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.024, 8.4, 0.027, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0328+423', 'J0331+4229' RA= 03:31:49.143931 DEC= +42:29:39.87498 RAER= 2.50 DECER= 2.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.036, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0329-110', 'J0331-1051' RA= 03:31:50.756685 DEC= -10:51:55.50612 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.343, 0.177, 8.4, 0.154, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 512 observations" / source= '0327+629', 'J0331+6308' RA= 03:31:53.916157 DEC= +63:08:14.16099 RAER= 0.97 DECER= 0.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.020, 0.012, 8.4, 0.030, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 99 observations" / source= '0328+309', 'J0331+3104' RA= 03:31:54.295891 DEC= +31:04:40.82648 RAER= 0.62 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.008, 0.007, 8.4, 0.017, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 43 observations" / source= '0328+513', 'J0331+5131' RA= 03:31:58.569271 DEC= +51:31:05.47508 RAER= 1.82 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.009, 0.008 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0329+174', 'J0332+1736' RA= 03:32:01.950920 DEC= +17:36:01.75739 RAER= 0.21 DECER= 0.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.005, 8.4, 0.030, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 231 observations" / source= '0327+621', 'J0332+6221' RA= 03:32:05.814024 DEC= +62:21:42.47000 RAER= 9.58 DECER= 7.35 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0329+029', 'J0332+0305' RA= 03:32:07.424300 DEC= +03:05:29.24224 RAER= 9.82 DECER= 8.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0330-177', 'J0332-1734' RA= 03:32:20.211477 DEC= -17:34:53.72428 RAER= 0.73 DECER= 1.89 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.067, n/a, 8.4, 0.071, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0329+232', 'J0332+2324' RA= 03:32:22.522750 DEC= +23:24:19.75650 RAER= 0.22 DECER= 0.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.038, 8.4, 0.048, 0.033 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 264 observations" / source= '0330-114', 'J0332-1119' RA= 03:32:23.267978 DEC= -11:19:50.61266 RAER= 0.71 DECER= 1.54 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.039, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 81 observations" / source= '0330-064', 'J0332-0617' RA= 03:32:40.997970 DEC= -06:17:46.83567 RAER= 0.48 DECER= 1.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.037, 0.034, 8.4, 0.024, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 77 observations" / source= '0333-729', 'J0332-7249' RA= 03:32:43.000062 DEC= -72:49:04.52506 RAER= 0.59 DECER= 0.22 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.176, 0.175 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 112 observations" / source= '0331-451', 'J0332-4455' RA= 03:32:44.106749 DEC= -44:55:57.31059 RAER= 1.74 DECER= 1.18 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.155, 0.254 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0329+210', 'J0332+2114' RA= 03:32:44.906740 DEC= +21:14:24.06813 RAER= 2.66 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.023, n/a, 8.4, 0.031, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0329+461', 'J0332+4621' RA= 03:32:48.266578 DEC= +46:21:11.04061 RAER= 1.41 DECER= 1.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.022, 8.4, 0.015, 0.017 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0329+488', 'J0332+4902' RA= 03:32:51.823271 DEC= +49:02:34.28265 RAER= 0.47 DECER= 0.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.086, 0.070, 8.4, 0.075, 0.071 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0330+157', 'J0332+1556' RA= 03:32:52.026333 DEC= +15:56:56.41750 RAER= 1.12 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.021, n/a, 8.4, 0.017, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0329+275', 'J0332+2742' RA= 03:32:56.285139 DEC= +27:42:14.66185 RAER= 0.73 DECER= 1.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.015, 8.4, 0.023, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0328+677', 'J0332+6753' RA= 03:32:59.523262 DEC= +67:53:03.87075 RAER= 1.05 DECER= 0.46 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.344, 0.064, 8.4, 0.075, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 321 observations" / source= '0328+623', 'J0333+6232' RA= 03:33:00.488982 DEC= +62:32:11.93239 RAER= 1.23 DECER= 1.08 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, 0.014, 8.4, 0.028, 0.026 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0331-323', 'J0333-3208' RA= 03:33:03.879849 DEC= -32:08:53.89757 RAER= 1.83 DECER= 4.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.050, 0.030, 8.4, 0.023, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0330+148', 'J0333+1458' RA= 03:33:12.904977 DEC= +14:58:31.05286 RAER= 0.14 DECER= 0.20 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.114, n/a, 8.4, 0.092, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 304 observations" / source= '0330+023', 'J0333+0231' RA= 03:33:21.610933 DEC= +02:31:11.02293 RAER= 0.73 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.013, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0330+337', 'J0333+3356' RA= 03:33:23.693414 DEC= +33:56:37.14333 RAER= 0.67 DECER= 0.81 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.130, n/a, 8.4, 0.102, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0330+411', 'J0333+4121' RA= 03:33:27.444802 DEC= +41:21:58.21116 RAER= 6.98 DECER= 6.28 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 5 observations" / source= '0331-382', 'J0333-3807' RA= 03:33:29.833525 DEC= -38:07:11.62485 RAER= 2.29 DECER= 7.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.047, 8.4, 0.053, 0.028 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0331-055', 'J0333-0523' RA= 03:33:32.166008 DEC= -05:23:00.88887 RAER= 0.35 DECER= 0.82 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, 0.028, 8.4, 0.039, 0.035 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0330+227', 'J0333+2257' RA= 03:33:33.950275 DEC= +22:57:48.17905 RAER= 0.85 DECER= 1.30 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, 0.015, 8.4, 0.023, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0330+082', 'J0333+0822' RA= 03:33:37.524357 DEC= +08:22:43.48381 RAER= 0.26 DECER= 0.59 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.041, 8.4, 0.071, 0.048 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0331-313', 'J0333-3113' RA= 03:33:37.747223 DEC= -31:13:14.97290 RAER= 3.47 DECER= 8.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.082, n/a, 8.4, 0.027, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10 observations" / source= '0326+786', 'J0333+7850' RA= 03:33:44.571270 DEC= +78:50:28.55072 RAER= 2.46 DECER= 1.40 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.025, 0.020, 8.4, 0.024, 0.022 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0330+459', 'J0333+4608' RA= 03:33:46.591600 DEC= +46:08:19.47591 RAER= 0.87 DECER= 0.98 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.061, 8.4, 0.096, 0.069 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0330+399', 'J0333+4006' RA= 03:33:46.818436 DEC= +40:06:38.59488 RAER= 2.29 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a, 8.4, 0.015, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12 observations" / source= '0331-290', 'J0333-2855' RA= 03:33:47.577122 DEC= -28:55:36.31413 RAER= 0.92 DECER= 2.77 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.045, 8.4, 0.037, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 49 observations" / source= '0330+291', 'J0333+2916' RA= 03:33:49.003709 DEC= +29:16:31.54887 RAER= 0.29 DECER= 0.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.032, 8.4, 0.052, 0.039 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 184 observations" / source= '0330+341', 'J0333+3418' RA= 03:33:50.012872 DEC= +34:18:35.63121 RAER= 0.59 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.116, 0.024, 8.4, 0.071, 0.019 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 44 observations" / source= '0330+445', 'J0333+4441' RA= 03:33:52.207496 DEC= +44:41:34.32800 RAER= 6.97 DECER= 3.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.056, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0329+654', 'J0333+6536' RA= 03:33:56.737779 DEC= +65:36:56.18497 RAER= 0.33 DECER= 0.14 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 685 observations" / source= '0332-391', 'J0334-3900' RA= 03:34:03.322178 DEC= -39:00:36.21747 RAER= 6.54 DECER= 3.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 20 observations" / source= '0331+022', 'J0334+0226' RA= 03:34:09.947799 DEC= +02:26:09.65013 RAER= 0.17 DECER= 0.31 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 409 observations" / source= '0332-403', 'J0334-4008' RA= 03:34:13.654484 DEC= -40:08:25.39801 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 65474 observations" / source= '0332-375', 'J0334-3725' RA= 03:34:15.424909 DEC= -37:25:43.06424 RAER= 0.14 DECER= 0.13 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.415, 0.368, 8.4, 0.457, 0.396 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 580 observations" / source= '0331-013', 'J0334-0110' RA= 03:34:15.579102 DEC= -01:10:56.16537 RAER= 9.27 DECER= 11.17 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 9 observations" / source= '0331+391', 'J0334+3921' RA= 03:34:18.415004 DEC= +39:21:24.40637 RAER= 0.28 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.121, 0.088 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 128 observations" / source= '0330+460', 'J0334+4611' RA= 03:34:23.190867 DEC= +46:11:52.21953 RAER= 0.58 DECER= 1.02 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.033, 0.023, 8.4, 0.033, 0.024 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0331-020', 'J0334-0153' RA= 03:34:27.245803 DEC= -01:53:57.84326 RAER= 1.44 DECER= 2.86 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.032, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0329+707', 'J0334+7055' RA= 03:34:29.783042 DEC= +70:55:13.51248 RAER= 1.20 DECER= 0.71 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.102, 0.090, 8.4, 0.121, 0.106 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0330+651', 'J0334+6517' RA= 03:34:35.649486 DEC= +65:17:30.36200 RAER= 2.27 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.058, 0.015, 8.4, 0.023, 0.013 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0331+269', 'J0334+2707' RA= 03:34:42.480611 DEC= +27:07:20.85529 RAER= 1.11 DECER= 2.37 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, 0.009, 8.4, 0.013, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0332+078', 'J0334+0800' RA= 03:34:53.316682 DEC= +08:00:14.41907 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 10659 observations" / source= '0331+544', 'J0334+5437' RA= 03:34:55.954382 DEC= +54:37:23.55802 RAER= 1.61 DECER= 1.04 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.144, 0.020, 8.4, 0.057, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 42 observations" / source= '0332-007', 'J0334-0036' RA= 03:34:59.987023 DEC= -00:36:55.76437 RAER= 16.68 DECER= 8.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.018, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 7 observations" / source= '0330+693', 'J0335+6928' RA= 03:35:03.031309 DEC= +69:28:50.56538 RAER= 3.12 DECER= 1.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.008, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 33 observations" / source= '0332+273', 'J0335+2733' RA= 03:35:08.053623 DEC= +27:33:26.75976 RAER= 0.36 DECER= 0.70 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.029, 0.021, 8.4, 0.041, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0332-118', 'J0335-1142' RA= 03:35:08.200277 DEC= -11:42:10.40500 RAER= 2.85 DECER= 3.91 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.011 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0332+287', 'J0335+2853' RA= 03:35:11.930808 DEC= +28:53:24.10976 RAER= 1.38 DECER= 1.58 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.040, 0.029, 8.4, 0.032, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0333-451', 'J0335-4459' RA= 03:35:13.882827 DEC= -44:59:43.72050 RAER= 1.25 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 27 observations. No flux information" / source= '0332-020', 'J0335-0155' RA= 03:35:14.450530 DEC= -01:55:57.22055 RAER= 0.37 DECER= 0.80 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.098, 0.026, 8.4, 0.086, 0.037 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 32 observations" / source= '0332+418', 'J0335+4203' RA= 03:35:24.292877 DEC= +42:03:52.33795 RAER= 1.49 DECER= 1.38 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.014, 0.013, 8.4, 0.016, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 21 observations" / source= '0333-274', 'J0335-2719' RA= 03:35:27.506897 DEC= -27:19:50.72989 RAER= 1.58 DECER= 5.03 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.083, n/a, 8.4, 0.048, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 19 observations" / source= '0334-487', 'J0335-4837' RA= 03:35:35.789055 DEC= -48:37:19.42371 RAER= 1.29 DECER= 2.00 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, n/a, 8.4, 0.046, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 48 observations" / source= '0332+404', 'J0335+4038' RA= 03:35:38.737842 DEC= +40:38:29.21366 RAER= 0.62 DECER= 0.73 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.061, 0.066, 8.4, 0.046, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0333-314', 'J0335-3119' RA= 03:35:40.548442 DEC= -31:19:02.33095 RAER= 0.14 DECER= 0.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.112, 0.033, 8.4, 0.213, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 217 observations" / source= '0333-152', 'J0335-1502' RA= 03:35:48.412583 DEC= -15:02:10.33040 RAER= 3.94 DECER= 6.07 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.032, n/a, 8.4, 0.029, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 15 observations" / source= '0333-249', 'J0335-2445' RA= 03:35:49.934854 DEC= -24:45:12.20424 RAER= 0.65 DECER= 1.57 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.055, 0.040, 8.4, 0.034, 0.025 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0333-276', 'J0335-2727' RA= 03:35:53.359387 DEC= -27:27:41.03093 RAER= 84.61 DECER= 62.78 EQUINOX= 'J2000' CALCODE='V' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations. No flux information" / source= '0334-546', 'J0335-5430' RA= 03:35:53.924829 DEC= -54:30:25.11495 RAER= 0.18 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.559, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 817 observations" / source= '0333+211', 'J0335+2121' RA= 03:35:55.691311 DEC= +21:21:11.73011 RAER= 2.93 DECER= 3.50 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.024, n/a, 8.4, 0.022, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0333-073', 'J0335-0709' RA= 03:35:57.055117 DEC= -07:09:55.85241 RAER= 0.14 DECER= 0.24 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.077, 0.052, 8.4, 0.074, 0.061 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 423 observations" / source= '0333+224', 'J0336+2235' RA= 03:36:04.850270 DEC= +22:35:35.19631 RAER= 0.17 DECER= 0.26 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.064, 0.049, 8.4, 0.066, 0.045 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 234 observations" / source= '0334-269', 'J0336-2644' RA= 03:36:17.627478 DEC= -26:44:18.06882 RAER= 0.58 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.031, 0.027, 8.4, 0.039, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 34 observations" / source= '0333-039', 'J0336-0347' RA= 03:36:23.802607 DEC= -03:47:38.60081 RAER= 2.02 DECER= 6.93 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.019, 0.037, 8.4, 0.015, 0.015 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 29 observations" / source= '0333+128', 'J0336+1302' RA= 03:36:26.678594 DEC= +13:02:32.31315 RAER= 4.81 DECER= 5.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, n/a, 8.4, 0.016, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 14 observations" / source= '0333+321', 'J0336+3218' RA= 03:36:30.107603 DEC= +32:18:29.34220 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 12339 observations" / source= '0334-131', 'J0336-1302' RA= 03:36:35.035808 DEC= -13:02:04.65987 RAER= 0.10 DECER= 0.11 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.289, 0.191, 8.4, 0.385, 0.250 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 3465 observations" / source= '0334-141', 'J0336-1356' RA= 03:36:42.738250 DEC= -13:56:18.63844 RAER= 0.52 DECER= 1.14 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.164, 0.026, 8.4, 0.124, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0331+700', 'J0336+7014' RA= 03:36:45.062781 DEC= +70:14:36.06644 RAER= 16.26 DECER= 4.33 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 8 observations" / source= '0334-207', 'J0336-2036' RA= 03:36:45.611440 DEC= -20:36:37.17120 RAER= 0.14 DECER= 0.25 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.180, 0.123, 8.4, 0.092, 0.060 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 420 observations" / source= '0334+004', 'J0336+0035' RA= 03:36:47.256092 DEC= +00:35:13.36210 RAER= 0.41 DECER= 0.73 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 123 observations" / source= '0334-052', 'J0336-0506' RA= 03:36:49.194309 DEC= -05:06:13.54881 RAER= 0.73 DECER= 1.60 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.016, n/a, 8.4, 0.013, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 25 observations" / source= '0334-156', 'J0336-1529' RA= 03:36:52.438006 DEC= -15:29:09.40753 RAER= 0.54 DECER= 1.34 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.039, 0.026, 8.4, 0.037, 0.030 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0335-364', 'J0336-3616' RA= 03:36:54.023472 DEC= -36:16:06.22386 RAER= 0.16 DECER= 0.16 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.383, 0.182, 8.4, 0.302, 0.110 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 618 observations" / source= '0333+315', 'J0336+3144' RA= 03:36:59.641957 DEC= +31:44:09.41877 RAER= 2.94 DECER= 3.90 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 17 observations" / source= '0333+475', 'J0337+4741' RA= 03:37:11.731603 DEC= +47:41:32.08400 RAER= 12.49 DECER= 7.65 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.012, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 4 observations" / source= '0334+083', 'J0337+0829' RA= 03:37:12.946534 DEC= +08:29:40.25133 RAER= 0.44 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.060, 0.028, 8.4, 0.050, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0334+014', 'J0337+0137' RA= 03:37:17.107854 DEC= +01:37:22.74744 RAER= 0.15 DECER= 0.24 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 556 observations" / source= '0334+427', 'J0337+4256' RA= 03:37:33.238080 DEC= +42:56:52.34763 RAER= 0.96 DECER= 1.23 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.052, 0.045, 8.4, 0.030, 0.023 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0334+505', 'J0337+5045' RA= 03:37:43.049436 DEC= +50:45:47.83494 RAER= 1.53 DECER= 1.51 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.015, 0.011, 8.4, 0.013, 0.012 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 35 observations" / source= '0333+596', 'J0337+5947' RA= 03:37:43.227734 DEC= +59:47:48.36941 RAER= 1.55 DECER= 0.75 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.049, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0335-122', 'J0337-1204' RA= 03:37:55.451541 DEC= -12:04:04.54330 RAER= 0.16 DECER= 0.27 EQUINOX= 'J2000' CALCODE='V' FLUX= 2.2, 0.345, 0.088, 8.4, 0.154, 0.036 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 664 observations" / source= '0334+390', 'J0337+3914' RA= 03:37:59.614548 DEC= +39:14:31.06300 RAER= 0.42 DECER= 0.36 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.191, 0.072, 8.4, 0.149, 0.031 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0334+309', 'J0338+3106' RA= 03:38:00.342729 DEC= +31:06:09.79136 RAER= 0.16 DECER= 0.18 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 203 observations" / source= '0335+155', 'J0338+1544' RA= 03:38:06.875253 DEC= +15:44:40.85531 RAER= 0.73 DECER= 0.78 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.044, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0335+225', 'J0338+2243' RA= 03:38:17.812452 DEC= +22:43:35.98450 RAER= 0.13 DECER= 0.15 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 692 observations" / source= '0335-119', 'J0338-1149' RA= 03:38:18.175652 DEC= -11:49:08.24129 RAER= 2.17 DECER= 4.06 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.048, n/a, 8.4, 0.014, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 16 observations" / source= '0335+062', 'J0338+0625' RA= 03:38:22.701183 DEC= +06:25:44.27819 RAER= 0.59 DECER= 1.48 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.019, 0.014, 8.4, 0.016, 0.014 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0336-080', 'J0338-0752' RA= 03:38:26.994085 DEC= -07:52:28.97760 RAER= 0.28 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.049, 0.042, 8.4, 0.055, 0.043 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0335+381', 'J0338+3818' RA= 03:38:27.994542 DEC= +38:18:56.54022 RAER= 0.46 DECER= 0.88 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.092, 0.079, 8.4, 0.084, 0.082 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 28 observations" / source= '0336-356', 'J0338-3527' RA= 03:38:29.025101 DEC= -35:27:01.65155 RAER= 1.16 DECER= 3.12 EQUINOX= 'J2000' CALCODE='V' FLUX= 8.4, 0.028, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 37 observations" / source= '0335+128', 'J0338+1302' RA= 03:38:29.279181 DEC= +13:02:15.44819 RAER= 0.36 DECER= 0.64 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.011, 0.008, 8.4, 0.017, 0.009 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 118 observations" / source= '0335+054', 'J0338+0534' RA= 03:38:36.466799 DEC= +05:34:26.44360 RAER= 0.74 DECER= 1.55 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.087, 0.021, 8.4, 0.044, 0.029 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 31 observations" / source= '0334+565', 'J0338+5640' RA= 03:38:36.909104 DEC= +56:40:50.05411 RAER= 8.33 DECER= 3.10 EQUINOX= 'J2000' CALCODE='V' FLUX= 22.2, 0.071, 0.086 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 11 observations" / source= '0336+020', 'J0338+0214' RA= 03:38:52.541155 DEC= +02:14:13.78352 RAER= 0.57 DECER= 1.42 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.034, 0.022, 8.4, 0.023, 0.016 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0336-093', 'J0338-0909' RA= 03:38:55.803439 DEC= -09:09:56.68668 RAER= 0.62 DECER= 1.32 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, 0.020, 8.4, 0.029, 0.020 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 36 observations" / source= '0336-289', 'J0338-2846' RA= 03:38:59.583689 DEC= -28:46:19.72701 RAER= 1.02 DECER= 3.52 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.026, n/a FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 18 observations" / source= '0334+593', 'J0339+5930' RA= 03:39:00.592556 DEC= +59:30:30.65528 RAER= 0.85 DECER= 0.74 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.046, 0.033, 8.4, 0.055, 0.038 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 45 observations" / source= '0336-017', 'J0339-0133' RA= 03:39:00.986174 DEC= -01:33:17.60761 RAER= 0.11 DECER= 0.12 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_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in preparation 1704 observations" / source= '0336+050', 'J0339+0515' RA= 03:39:01.680756 DEC= +05:15:40.71425 RAER= 0.58 DECER= 1.39 EQUINOX= 'J2000' CALCODE='V' FLUX= 5.0, 0.027, 0.027, 8.4, 0.040, 0.027 FLUXREF='rfc_2024a' REMARKS= "rfc_2024a Petrov and Kovalev, in prep