Nakano Note (Nakano wa Kangaeru noda) NK 3080 P/SOHO (2003 T12 = 2012 A3)
The following improved orbital elements, by S. Nakano, are from 189 observations 2003 to 2016 using only precise positions for the 2012 appearance. Perturbations by Mercury to Neptune and three minor planets, Ceres, Pallas and Vesta, were taken into account. The weighting mean residual is +/- 2.52 arc seconds. The residuals of recovery observations were about +120" for Right Ascension and about -25" for Declination from the prediction in NK 2489 (= HICQ 2015) with the delta-T correction = +0.007 day. See the previous orbits in NK 2209 and NK 2489. Epoch = 2016 Feb. 22.0 TT T = 2016 Mar. 9.49317 +/- 0.00017 (m.e.) TT Peri. = 217.72737 +/- 0.00061 Node = 176.40375 +/- 0.00045 (2000.0) Inc. = 11.45841 +/- 0.00008 q = 0.5771621 +/- 0.0000030 AU e = 0.7754300 +/- 0.0000012 a = 2.5700770 +/- 0.0000074 AU n' = 0.23921305 +/- 0.00000103 P = 4.120 +/- 0.0000178 years T = 2003 Oct. 16.28720 TT Epoch = 2003 Oct. 8.0 TT Peri. = 214.66752 e = 0.7715559 Node = 179.17476 (2000.0) a = 2.5772490 AU Inc. = 12.08141 n'= 0.23821521 q = 0.5887575 AU P = 4.137 years [ T = 2007 Dec. 13.85438 TT Epoch = 2007 Dec. 6.0 TT Peri. = 217.65401 e = 0.7753117 Node = 176.46403 (2000.0) a = 2.5703435 AU Inc. = 11.46502 n'= 0.23917586 q = 0.5775260 AU P = 4.121 years ] T = 2012 Jan. 26.44807 TT Epoch = 2012 Feb. 3.0 TT Peri. = 217.65742 e = 0.7762206 Node = 176.47120 (2000.0) a = 2.5686440 AU Inc. = 11.47599 n'= 0.23941326 q = 0.5748096 AU P = 4.117 years The predicted orbit for the 2020 return is as follows: T = 2020 May 6.85674 TT Epoch = 2020 Apr. 21.0 TT Peri. = 219.77155 e = 0.7696013 Node = 174.57518 (2000.0) a = 2.5860611 AU Inc. = 11.01602 n'= 0.23699866 q = 0.5958251 AU P = 4.159 years The following residuals in seconds of arc are from the above orbital elements: Date Code Residual(") Date Code Residual(") Date Code Residual(") 2003/ 120114 C50(12.4- 3.9-) 120220 C32 2.2+ 1.7+ 031009 249(64.6+ 61.6-)Y 120114 C50 (9.3- 9.1-) 120220 A71 2.4+ 0.6+ 031009 249 20.5+ 24.6- Y 120114 C50(17.8- 5.5-) 120220 A71 0.9+ 1.9+ 031009 249 (3.3- 26.0-)Y 120114 C50(18.1- 4.1-) 120221 204 0.2- 0.7- 031009 249(41.1+ 5.6-)Y 120114 C50(13.2- 9.8-) 120221 204 1.8+ 0.9- 031009 249(29.1- 11.5+)Y 120114 C50(18.2- 6.7-) 120222 A71 0.0 0.5+ 031009 249 9.8+ 3.7+ Y 120114 C50(11.4- 5.8-) 120222 A71 1.1+ 0.1+ 031009 249 (9.8- 40.7-)Y 120114 C50 (9.8- 5.5-) 120304 J95 (8.4+ 2.3+) 031009 249(30.5+ 36.8-)Y 120114 C50 (8.7- 7.3-) 120304 J95 (9.1+ 2.9+) 031009 249(15.9+ 40.7-)Y 120114 C50 (9.1- 6.8-) 2016/ 031009 249(48.2- 89.6-)Y 120114 C50 (6.1- 3.4-) 160221 C49 3.2+ 0.7- 031009 249 1.7+ 7.3+ Y 120114 C50(18.2- 6.4-) 160221 C49(17.1+ 15.9-) 031009 249 (3.7- 33.7-)Y 120114 C50(11.8- 5.8-) 160221 C49 1.7- 2.4- 031009 249(15.2+ 35.8-)Y 120114 C50(15.4- 5.5-) 160221 C49 7.6- 3.6- 031009 249 2.1- 23.0- Y 120114 C50(11.5- 3.6-) 160221 C49 3.8- 5.3- 031009 249 11.2- 0.9+ Y 120114 C50(13.6- 5.0-) 160221 C49 (3.8+ 11.3-) 031009 249 6.8- 15.4- Y 120114 C50 (9.5- 4.8-) 160221 C49(14.1- 5.3+) 031009 249 3.9- 1.0+ Y 120114 C50(19.3- 5.8-) 160221 C49 7.4+ 2.4+ 031009 249 (7.4+ 30.3-)Y 120114 C50(12.3- 8.3-) 160221 C49 2.6- 4.2- 031009 249 18.2+ 21.7- Y 120114 C50(11.5- 6.9-) 160221 C49(12.9- 7.8-) 031009 249 (5.3+ 32.1-)Y 120114 C50(10.0- 5.0-) 160221 C49 3.1- 4.5- 031009 249 (5.2- 48.7-)Y 120115 C50(15.0- 4.6-) 160221 C49 0.1+ 7.1- 031009 249(43.0+ 33.8-)Y 120115 C50(14.2- 0.5-) 160221 C49 6.4- 0.8- 031009 249 (9.2+ 25.3-)Y 120115 C50(13.5- 8.5-) 160221 C49 8.1- 3.2- 031010 249 14.7+ 9.1- Y 120115 C50(12.9- 7.8-) 160221 C49 1.8- 2.4+ 031010 249 0.6+ 18.7- Y 120115 C50(15.5- 2.8-) 160221 C49 5.5+ 6.1- 031010 249(13.4+ 29.1-)Y 120115 C50(15.1- 5.9-) 160221 C49 3.1+ 3.0+ 031010 249(10.6- 74.3-)Y 120115 C50(14.6- 3.6-) 160221 C49 0.7- 5.2+ 031010 249 4.5+ 1.0+ Y 120115 C50(14.3- 6.9-) 160221 C49 5.0- 1.1+ 031010 249(25.6+ 18.9+)Y 120115 C50(12.0- 3.8-) 160221 C49 1.7- 1.4- 031010 249 21.1- 19.9- Y 120115 C50(12.6- 4.4-) 160221 C49 7.2+ 4.7+ 031010 249 2.7+ 18.1- Y 120115 C50(14.6- 3.0-) 160221 C49 6.9+ 4.3+ 031010 249 6.0+ 1.9- Y 120115 C50(12.4- 5.0-) 160221 C49 0.8+ 3.9- 031010 249(10.5+ 54.3-)Y 120115 C50(13.2- 5.3-) 160221 C49 2.2- 1.9- 031010 249(26.8+ 79.2-)Y 120115 C50(16.9- 4.5-) 160221 C49 0.3+ 0.2- 031010 249(45.9+ 68.6-)Y 120115 C50(15.6- 0.6-) 160221 C49(15.5+ 0.0 ) 031010 249(70.2- 25.6-)Y 120115 C50(13.1- 4.0-) 160221 C49 0.6+ 1.5- 031010 249 (4.3+ 26.0-)Y 120115 C50(15.6- 4.0-) 160221 C49 1.7- 4.8+ 031010 249 (6.0- 36.8-)Y 120115 C50(12.7- 5.5-) 160221 C49 0.4+ 0.2- 031010 249 12.8+ 18.0- Y 120115 C50(15.4- 1.1-) 160221 C49 0.6- 1.8+ 031010 249(20.8+ 27.9-)Y 120115 C50(13.3- 4.4-) 160221 C49 0.6+ 3.2+ 031010 249 (5.7- 32.5-)Y 120115 C50(14.5- 1.9-) 160221 C49(10.4+ 1.9-) 031010 249(46.3- 91.0-)Y 120115 C50(14.2- 1.0-) 160221 C49 1.3+ 8.0+ 031010 249 20.5+ 14.9- Y 120115 C50(10.2- 0.6-) 160221 C49 1.6+ 0.7+ 031010 249(11.0- 88.3-)Y 120115 C50(11.1- 6.4-) 160221 C49 1.5+ 0.0 031010 249(0.00+ 0.03-)Y 120115 C50(14.2- 4.5-) 160221 C49 4.4- 3.1+ 031010 249 (3.6- 86.0-)Y 120115 C50(11.2- 5.2-) 160221 C49 2.0+ 2.8+ 031010 249(0.00- 0.04-)Y 120115 C50(15.4- 4.7-) 160221 C49(16.4+ 5.7+) 031010 249 4.8- 14.0- Y 120115 C50(15.3- 2.9-) 160221 C49 2.4- 2.2- 031010 249 (0.9+ 51.5-)Y 120115 C50(13.9- 4.8-) 160221 C49 1.8+ 1.7+ 031010 249(22.3- 30.2-)Y 120115 C50(18.1- 4.7-) 160221 C49 3.0- 5.3+ 031010 249 12.0- 23.7- Y 120115 C50(16.4- 5.5-) 160221 C49 5.5+ 1.9- 031010 249 (0.9+ 39.5-)Y 120115 C50(17.0- 1.0-) 160221 C49 5.5- 0.8+ 031010 249 1.7+ 8.1- Y 120115 C50(14.0- 3.8-) 160221 C49 4.4+ 3.1+ 031010 249 17.3- 0.1+ Y 120115 C50(16.3- 2.6-) 160221 C49 5.9- 8.1+ 031010 249(40.5+ 34.4-)Y 120115 C50(18.3- 2.5-) 160221 C49 7.2+ 1.6+ 031010 249 (5.8+ 56.4-)Y 120115 C50(11.9- 5.7-) 160221 C49 6.4+ 7.8+ 031010 249 10.7- 11.3- Y 120115 C50(18.4- 3.6-) 160221 C49 8.3+ 0.6- 031010 249(41.4- 26.2-)Y 120115 C50(19.9- 2.7-) 160221 C49 2.0+ 4.6+ 031010 249(12.2- 46.3-)Y 120115 C50(20.1- 2.0-) 160221 C49 0.1- 1.9- 031010 249 (7.7- 44.3-)Y 120115 C50(16.9- 6.2-) 160221 C49 9.1- 7.3- 031010 249(65.8+ 8.5-)Y 120115 C50(19.0- 2.9-) 160221 C49 1.4+ 0.5- 031010 249(11.6+ 52.7-)Y 120115 C50(18.5- 4.2-) 160221 C49 5.0- 1.6+ 031011 249 6.8+ 16.1+ Y 120115 C50(15.4- 9.6-) 160221 C49 2.4+ 1.1+ 031011 249 4.4- 9.6- Y 120115 C50(12.9- 7.9-) 160221 C49 7.5+ 1.9- 031011 249 (7.5- 30.5-)Y 120115 C50(12.7- 5.0-) 160221 C49 1.5- 3.4+ 031011 249 7.3+ 16.9+ Y 120115 C50(14.5- 4.4-) 160221 C49 3.3+ 0.6+ 031011 249 3.4+ 5.2- Y 120115 C50(18.7- 3.9-) 160221 C49 3.1+ 0.8- 031011 249(16.4- 30.2+)Y 120115 C50(16.9- 4.0-) 160221 C49 1.1+ 1.8+ 031011 249(40.1- 43.6-)Y 120116 C50(18.6- 3.6-) 160221 C49 6.6+ 1.1- 031011 249 (0.7+ 58.5-)Y 120116 C50(17.7- 7.6-) 160221 C49 4.3- 5.3+ 031011 249 (5.1- 54.4-)Y 120116 C50(20.2- 4.3-) 160222 C49 1.8+ 0.6+ 2012/ 120116 C50(21.4- 0.8-) 160222 C49 0.7- 3.7+ 120113 C50(15.0- 5.1-) 120116 C50(18.4- 3.8-) 160222 C49 0.5+ 0.4- 120113 C50 (0.2+ 9.5-) 120116 C50(15.0- 6.7-) 160222 C49 3.5- 0.2+ 120113 C50(11.8+ 0.4+) 120116 C50(17.9- 2.3-) 160222 C49 2.3- 1.5- 120113 C50(17.5- 2.7+) 120116 C50(14.7- 5.4-) 160222 C49 3.9+ 0.6- 120113 C50(13.1- 4.0+) 120116 C50(14.8- 4.2-) 160222 C49 1.8+ 2.7+ 120113 C50(23.8- 8.8+) 120116 C50(19.0- 1.2-) 160222 C49 3.9+ 3.0+ 120113 C50 (5.0- 4.7-) 120116 C50(19.1- 1.9-) 160222 C49 5.0- 4.7+ 120113 C50(23.7- 3.8+) 120116 C50(17.0- 0.9-) 160222 C49 1.8+ 3.2+ 120113 C50 (6.7- 11.4+) 120116 C50(21.5- 0.6-) 160222 C49 0.9- 1.1- 120113 C50(11.4- 1.4-) 120116 C50(15.1- 8.9-) 160222 C49 5.5+ 2.7+ 120113 C50 (5.5- 14.7+) 120116 C50(18.9- 2.1-) 160222 C49 3.7+ 0.9- 120113 C50 (9.8- 8.4-) 120116 C50(19.8- 1.7-) 160222 C49 2.4+ 1.4- 120113 C50 (7.2- 1.9+) 120116 C50(22.8- 5.1-) 160222 C49 0.1- 2.4+ 120113 C50 (2.5- 3.9+) 120116 C50(20.9- 4.9-) 160222 C49 3.5+ 1.2- 120113 C50 (8.9- 6.0-) 120116 C50(18.4- 3.8-) 160222 C49 1.4+ 1.3+ 120113 C50 (5.0+ 1.3-) 120116 C50(20.2- 5.0-) 160222 C49 4.0+ 7.2+ 120113 C50 (0.8+ 9.3+) 120116 C50(19.9- 2.4-) 160222 C49 7.3+ 2.2- 120113 C50 (5.0- 1.1+) 120116 C50(22.4- 4.8-) 160222 C49 3.2+ 4.5+ 120113 C50(22.7- 0.9-) 120130 H06 0.7+ 1.9+ 160222 C49 3.1+ 3.9- 120113 C50 (4.0- 3.9+) 120130 H06 0.9+ 1.4+ 160222 C49(13.0- 7.2-) 120113 C50(13.1- 2.8-) 120130 H06 1.7+ 0.1+ 160222 C49(10.5+ 10.0-) 120113 C50(10.6- 0.6-) 120130 H06 2.0+ 0.6- 160222 C49 6.8+ 4.4- 120113 C50(12.8- 3.6+) 120131 H06 1.2+ 0.3- 160222 C49 1.9- 2.6+ 120113 C50(11.3- 0.4+) 120131 H06 1.2+ 0.4- 160222 C49 3.5+ 6.7- 120113 C50 (4.6- 3.0-) 120131 H06 1.5+ 0.0 160222 C49 4.4+ 1.4+ 120113 C50 (6.4- 2.8-) 120201 H06 1.5+ 0.5- 160222 C49 1.0- 3.3+ 120113 C50 (9.8- 1.0-) 120201 H06 0.7+ 0.4- 160222 C49(10.5- 11.6+) 120113 C50 (6.9- 0.8+) 120201 H06 0.5+ 0.2+ 160222 C49 2.0- 0.8- 120113 C50(10.1- 3.2+) 120202 D95 0.7- 0.3+ 160222 C49 0.0 5.1+ 120113 C50 (5.8- 7.0+) 120202 D95 (1.9- 3.6-) 160222 C49 4.1- 4.8+ 120113 C50 (4.6- 1.6-) 120203 H06 0.3+ 0.7+ 160222 C49 1.7- 6.7+ 120113 C50(10.2- 0.3-) 120203 H06 0.1+ 1.3+ 160222 C49 3.1- 3.4+ 120113 C50(15.8- 0.4-) 120203 D95 0.1+ 1.1+ 160222 C49 1.3- 1.6- 120113 C50(11.3- 2.0-) 120203 D95 2.5- 0.5- 160222 C49 2.0+ 1.5+ 120113 C50 (1.1+ 5.7-) 120203 215 2.0+ 0.2+ 160222 C49 5.9+ 0.9+ 120113 C50(11.4- 2.3+) 120203 215 (4.5+ 3.5+) 160222 C49 4.3- 2.7+ 120113 C50(16.9- 1.6+) 120207 H06 1.2- 0.0 160222 C49 5.0- 0.6- 120113 C50 (8.8- 1.7-) 120207 H06 1.6- 0.9- 160222 C49 8.6- 1.7- 120114 C50 (2.2- 4.7-) 120207 H06 0.8- 0.9- 160222 C49 1.3+ 1.4- 120114 C50(14.3- 0.7-) 120207 H06 2.1- 1.4- 160222 C49 7.1- 3.6+ 120114 C50(12.4- 1.9-) 120209 H06 1.0- 0.0 160222 C49 0.3+ 3.7+ 120114 C50(11.1- 1.7-) 120209 H06 1.1- 0.8- 160222 C49 4.8+ 3.5+ 120114 C50 (7.7- 2.7-) 120209 H06 1.3- 0.6- 160222 C49 0.9- 6.1+ 120114 C50(10.1- 0.8-) 120212 349 1.6- 0.6- 160222 C49 3.7- 0.2+ 120114 C50(18.4- 1.2+) 120212 349 2.2- 1.1- 160222 C49 4.0+ 0.9+ 120114 C50(11.0- 3.6-) 120212 349 0.9- 0.5+ 160222 C49 2.7- 5.5- 120114 C50 (7.3- 1.3-) 120212 349 0.2- 0.2- 160222 C49 0.1- 2.2- 120114 C50(14.9- 1.1-) 120212 367 (3.1- 1.1+) 160222 C49 5.9- 6.6- 120114 C50(19.9- 1.6-) 120212 367 1.0- 0.3- 160222 C49 1.0+ 8.3- 120114 C50(11.7- 6.6-) 120212 367 0.4+ 0.4+ 160222 C49 3.5- 9.9- 120114 C50 (8.7- 4.5-) 120212 A71 0.2+ 0.0 160222 C49 0.2+ 0.3- 120114 C50 (8.4- 3.1-) 120212 A71 0.1+ 1.9- 160222 C49 5.3- 7.6- 120114 C50(15.8- 1.8-) 120214 367 1.3+ 0.7- 160222 C49 0.9- 1.5- 120114 C50(11.5- 2.4-) 120214 367 (3.4+ 2.5+) 160222 C49 3.1+ 5.6- 120114 C50 (9.0- 5.5-) 120218 J95 0.9- 0.2- 160222 C49 0.4+ 0.6- 120114 C50(10.0- 0.3-) 120218 J95 0.4+ 0.3- 160222 C49(27.1+ 6.8-) 120114 C50(11.6- 3.7-) 120219 H06 0.9- 0.9+ 160222 C49 2.5- 0.7+ 120114 C50(10.8- 4.8-) 120219 H06 1.0- 0.5+ 160222 C49 2.2- 2.6+ 120114 C50(12.9- 2.2-) 120219 H06 0.9- 0.2+ 160222 C49(11.2+ 0.5-) 120114 C50(10.7- 4.5-) 120219 349 1.1- 0.0 160222 C49 4.2+ 1.6- 120114 C50 (9.8- 1.6-) 120219 349 1.5- 0.4- 160222 C49 (1.2+ 10.8-) 120114 C50 (9.1- 5.7-) 120219 349 2.1- 1.0- 160222 C49 4.0- 5.0+ 120114 C50(11.3- 3.2-) 120220 C32 1.7- 0.2- 160222 C49 1.8+ 7.9- 120114 C50(12.4- 4.5-) 120220 C32 2.2+ 0.6+ 160222 C49 0.3+ 6.5+ 120114 C50(11.0- 5.2-) 120220 C32 2.9+ 2.1+ ( ) -------- Rejected Obs. 2016/ R. A. (2000) Decl. Delta r Daily motion Elong. Phase Mag. Astro-twilight 20h JST h m o , AU AU , o o o m1 h o A o Mar. 1 23 32.40 -04 09.9 1.541 0.599 95.7/ 74 11.0 18.4 11.2 -7.7 90.4 2 23 38.55 -03 43.7 1.530 0.594 96.5/ 74 11.6 19.6 11.2 -7.2 90.6 3 23 44.75 -03 17.2 1.520 0.590 97.3/ 74 12.2 20.8 11.1 -6.7 90.7 4 23 50.99 -02 50.3 1.510 0.586 98.0/ 74 12.8 22.1 11.1 -6.1 90.9 5 23 57.28 -02 23.1 1.500 0.583 98.7/ 74 13.5 23.4 11.0 -5.6 91.0 6 00 03.60 -01 55.6 1.490 0.580 99.4/ 74 14.1 24.7 11.0 -5.0 91.2 7 00 09.97 -01 27.8 1.480 0.579 100.0/ 74 14.8 26.0 11.0 -4.4 91.4 8 00 16.37 -00 59.8 1.470 0.578 100.5/ 74 15.5 27.3 11.0 -3.8 91.5 9 00 22.80 -00 31.5 1.460 0.577 101.0/ 74 16.2 28.6 10.9 -3.2 91.7 10 00 29.26 -00 03.0 1.451 0.577 101.5/ 74 16.9 29.9 10.9 -2.6 91.8 11 00 35.75 +00 25.7 1.442 0.578 101.9/ 74 17.6 31.2 10.9 -2.0 92.0 12 00 42.27 +00 54.5 1.433 0.580 102.2/ 74 18.3 32.5 10.9 -1.4 92.1 13 00 48.81 +01 23.4 1.424 0.583 102.5/ 74 19.0 33.8 10.9 -0.8 92.2 14 00 55.37 +01 52.4 1.416 0.586 102.8/ 74 19.7 35.0 10.9 -0.1 92.4 15 01 01.94 +02 21.4 1.408 0.589 103.0/ 74 20.5 36.2 10.9 +0.5 92.5 16 01 08.54 +02 50.4 1.400 0.593 103.1/ 74 21.2 37.3 11.0 +1.1 92.7 17 01 15.15 +03 19.5 1.392 0.598 103.3/ 74 21.9 38.4 11.0 +1.8 92.8 18 01 21.77 +03 48.4 1.385 0.604 103.3/ 74 22.7 39.5 11.0 +2.4 93.0 19 01 28.40 +04 17.3 1.378 0.610 103.3/ 74 23.4 40.4 11.0 +3.1 93.1 20 01 35.03 +04 46.0 1.371 0.617 103.3/ 74 24.2 41.4 11.1 +3.7 93.2 21 01 41.68 +05 14.6 1.365 0.624 103.2/ 74 24.9 42.3 11.1 +4.3 93.4 22 01 48.33 +05 43.0 1.359 0.631 103.1/ 74 25.6 43.1 11.2 +5.0 93.5 23 01 54.97 +06 11.2 1.354 0.639 103.0/ 74 26.4 43.8 11.2 +5.6 93.6 24 02 01.62 +06 39.1 1.349 0.648 102.8/ 74 27.1 44.6 11.3 +6.2 93.8 25 02 08.27 +07 06.8 1.345 0.657 102.5/ 74 27.9 45.2 11.3 +6.8 93.9 26 02 14.92 +07 34.1 1.341 0.666 102.3/ 75 28.6 45.8 11.4 +7.5 94.0 27 02 21.55 +08 01.0 1.337 0.676 101.9/ 75 29.3 46.3 11.4 +8.1 94.1 28 02 28.18 +08 27.6 1.334 0.686 101.6/ 75 30.0 46.8 11.5 +8.7 94.3 29 02 34.81 +08 53.7 1.331 0.696 101.2/ 75 30.7 47.2 11.5 +9.3 94.4 30 02 41.41 +09 19.4 1.329 0.707 100.8/ 75 31.4 47.5 11.6 +9.8 94.5 31 02 48.01 +09 44.6 1.328 0.717 100.3/ 76 32.1 47.8 11.7 +10.4 94.6 Apr. 1 02 54.59 +10 09.3 1.327 0.729 99.8/ 76 32.8 48.1 11.7 +11.0 94.7 2 03 01.15 +10 33.4 1.326 0.740 99.2/ 76 33.5 48.3 11.8 +11.5 94.8 3 03 07.68 +10 57.0 1.326 0.751 98.6/ 76 34.2 48.4 11.9 +12.1 94.9 4 03 14.20 +11 20.0 1.326 0.763 98.0/ 77 34.9 48.5 11.9 +12.6 95.0 5 03 20.69 +11 42.4 1.327 0.775 97.3/ 77 35.5 48.6 12.0 +13.1 95.1 6 03 27.15 +12 04.2 1.329 0.787 96.6/ 77 36.2 48.6 12.1 +13.6 95.2 7 03 33.58 +12 25.3 1.331 0.799 95.8/ 78 36.8 48.6 12.1 +14.1 95.3 8 03 39.97 +12 45.7 1.333 0.812 95.0/ 78 37.4 48.5 12.2 +14.6 95.4 9 03 46.33 +13 05.4 1.336 0.824 94.2/ 78 38.0 48.5 12.3 +15.1 95.5 10 03 52.65 +13 24.5 1.339 0.837 93.4/ 78 38.6 48.3 12.4 +15.5 95.6 11 03 58.93 +13 42.8 1.343 0.849 92.5/ 79 39.2 48.2 12.4 +15.9 95.7 12 04 05.17 +14 00.4 1.347 0.862 91.6/ 79 39.7 48.0 12.5 +16.4 95.8 13 04 11.36 +14 17.3 1.352 0.875 90.7/ 80 40.3 47.8 12.6 +16.7 95.9 14 04 17.50 +14 33.5 1.358 0.888 89.7/ 80 40.8 47.6 12.6 +17.1 95.9 15 04 23.60 +14 48.9 1.363 0.901 88.8/ 80 41.3 47.4 12.7 +17.5 96.0 16 04 29.64 +15 03.6 1.370 0.914 87.8/ 81 41.8 47.1 12.8 +17.8 96.1 17 04 35.62 +15 17.5 1.376 0.927 86.8/ 81 42.3 46.8 12.9 +18.1 96.2 18 04 41.55 +15 30.8 1.383 0.940 85.8/ 81 42.8 46.5 12.9 +18.4 96.2 19 04 47.42 +15 43.3 1.391 0.953 84.7/ 82 43.3 46.2 13.0 +18.7 96.3 20 04 53.24 +15 55.1 1.399 0.966 83.7/ 82 43.7 45.9 13.1 +19.0 96.4 21 04 58.99 +16 06.1 1.407 0.979 82.6/ 83 44.1 45.6 13.2 +19.2 96.5 22 05 04.68 +16 16.5 1.416 0.992 81.6/ 83 44.5 45.2 13.2 +19.4 96.5 23 05 10.31 +16 26.2 1.425 1.006 80.5/ 83 44.9 44.9 13.3 +19.6 96.6 24 05 15.87 +16 35.2 1.434 1.019 79.4/ 84 45.3 44.5 13.4 +19.8 96.7 25 05 21.37 +16 43.6 1.444 1.032 78.4/ 84 45.6 44.2 13.4 +19.9 96.7 26 05 26.80 +16 51.3 1.454 1.045 77.3/ 85 45.9 43.8 13.5 +20.1 96.8 27 05 32.17 +16 58.3 1.465 1.058 76.3/ 85 46.3 43.4 13.6 +20.2 96.9 28 05 37.46 +17 04.7 1.476 1.071 75.2/ 85 46.5 43.0 13.6 +20.3 97.0 29 05 42.70 +17 10.6 1.487 1.085 74.2/ 86 46.8 42.6 13.7 +20.4 97.0 30 05 47.86 +17 15.8 1.499 1.098 73.1/ 86 47.1 42.2 13.8 +20.4 97.1 May 1 05 52.96 +17 20.5 1.510 1.111 72.1/ 87 47.3 41.8 13.9 +20.4 97.2 m1 = 12.5 + 5 log Delta + 10.0 log r Lati.= +35.5 deg
Associate of the CBAT Syuichi Nakano 2016 Mar. 15