C/2014 R3 (PANSTARRS) 
   From 466 observations 2014 Sept. 6-2017 Apr. 30. Kinoshita 
   Epoch = 2017 Aug. 15.0 TT = JDT 2457980.5 
       T = 2016 Aug. 8.36973 TT             peri.= 113.43717 
       e = 0.9992927                        node = 334.10537 (2000.0) 
       q = 7.2759731 AU                     incl.=  90.84271 
  m1 = 4.0 + 5log(delta) + 10.0log(r) 
  A. Node = E:08/27.8 JST  O:2004/09/04.9 JST  24.143 AU 
  D. Node = E:02/23.2 JST  O:2019/12/02.7 JST  10.409 AU 

2017   JST     R.A. (2000) D.C.    Delta     r    Elong. Phase   dMo./P.A.   Tail/P.A. M-O Ag   m1     H/A
07/26 21:20   11 22.55  +46 14.8   8.290   7.612   45.4    5.5    8.4/159.7   0.1/ 69   39  3  17.4  +22/132
07/27 21:20   11 22.83  +46 06.8   8.299   7.614   44.9    5.4    8.4/159.2   0.1/ 68   43  4  17.4  +21/132
07/28 21:20   11 23.12  +45 59.0   8.307   7.616   44.5    5.4    8.4/158.7   0.1/ 67   50  5  17.4  +21/132
07/29 21:20   11 23.41  +45 51.1   8.315   7.617   44.0    5.3    8.4/158.2   0.1/ 66   59  6  17.4  +20/133
07/30 21:10   11 23.70  +45 43.4   8.323   7.619   43.6    5.3    8.4/157.7   0.1/ 65   67  7  17.4  +21/132
07/31 21:10   11 24.01  +45 35.7   8.330   7.621   43.1    5.2    8.3/157.2   0.1/ 64   77  8  17.4  +20/132
08/01 21:10   11 24.31  +45 28.0   8.338   7.623   42.7    5.2    8.3/156.7   0.1/ 63   86  9  17.4  +20/132
08/02 21:10   11 24.62  +45 20.4   8.345   7.625   42.3    5.1    8.3/156.2   0.1/ 62   95 10  17.4  +19/133
08/03 21:00   11 24.94  +45 12.8   8.352   7.627   41.9    5.1    8.3/155.7   0.1/ 61  105 11  17.4  +20/132
08/04 21:00   11 25.26  +45 05.3   8.359   7.629   41.5    5.1    8.3/155.2   0.1/ 60  114 12  17.4  +19/132
08/05 21:00   11 25.59  +44 57.8   8.366   7.631   41.1    5.0    8.2/154.8   0.1/ 59  123 13  17.4  +19/132
08/06 21:00   11 25.92  +44 50.3   8.373   7.632   40.7    5.0    8.2/154.3   0.1/ 58  131 14  17.4  +18/132
08/07 20:50   11 26.25  +44 43.0   8.379   7.634   40.3    4.9    8.2/153.8   0.1/ 56  138 14  17.4  +19/132
08/08 20:50   11 26.59  +44 35.6   8.385   7.636   40.0    4.9    8.2/153.4   0.1/ 55  142 15  17.4  +19/132
08/09 20:50   11 26.93  +44 28.3   8.391   7.638   39.6    4.9    8.1/152.9   0.1/ 54  144 16  17.4  +18/132
08/10 20:40   11 27.27  +44 21.1   8.397   7.640   39.3    4.8    8.1/152.5   0.1/ 53  142 17  17.5  +19/131
08/11 20:40   11 27.62  +44 13.9   8.403   7.642   39.0    4.8    8.1/152.0   0.1/ 52  136 18  17.5  +18/132
08/12 20:40   11 27.97  +44 06.8   8.409   7.644   38.7    4.8    8.1/151.6   0.1/ 50  128 19  17.5  +18/132
08/13 20:40   11 28.33  +43 59.7   8.414   7.646   38.4    4.7    8.0/151.1   0.1/ 49  118 20  17.5  +17/132
08/14 20:30   11 28.68  +43 52.7   8.419   7.648   38.1    4.7    8.0/150.7   0.1/ 48  108 21  17.5  +18/131
08/15 20:30   11 29.05  +43 45.7   8.424   7.650   37.8    4.7    8.0/150.2   0.1/ 47   97 23  17.5  +17/132
08/16 20:30   11 29.41  +43 38.8   8.429   7.652   37.6    4.6    8.0/149.8   0.1/ 45   85 24  17.5  +17/132
08/17 20:30   11 29.78  +43 31.9   8.434   7.654   37.3    4.6    7.9/149.4   0.1/ 44   74 25  17.5  +16/132
08/18 20:20   11 30.15  +43 25.1   8.438   7.656   37.1    4.6    7.9/148.9   0.1/ 43   63 26  17.5  +17/132
08/19 20:20   11 30.52  +43 18.3   8.442   7.657   36.9    4.6    7.9/148.5   0.1/ 41   52 27  17.5  +16/132
08/20 20:20   11 30.90  +43 11.6   8.447   7.659   36.7    4.5    7.8/148.1   0.1/ 40   43 28  17.5  +16/132
08/21 20:10   11 31.28  +43 05.0   8.450   7.661   36.5    4.5    7.8/147.7   0.1/ 39   37 29  17.5  +17/131
08/22 20:10   11 31.66  +42 58.4   8.454   7.663   36.4    4.5    7.8/147.2   0.1/ 37   35  1  17.5  +16/132
08/23 20:10   11 32.04  +42 51.8   8.458   7.665   36.2    4.5    7.8/146.8   0.1/ 36   38  2  17.5  +16/132
08/24 20:10   11 32.43  +42 45.3   8.461   7.667   36.1    4.5    7.7/146.4   0.1/ 34   43  3  17.5  +15/132
08/25 20:00   11 32.81  +42 38.9   8.464   7.669   36.0    4.4    7.7/146.0   0.1/ 33   51  4  17.5  +16/131
08/26 20:00   11 33.20  +42 32.6   8.467   7.671   35.9    4.4    7.7/145.6   0.1/ 32   60  5  17.5  +15/132
inserted by FC2 system