C/2014 R3 (PANSTARRS) 
   From 466 observations 2014 Sept. 6-2017 Apr. 30. Kinoshita 
   Epoch = 2018 Jan. 22.0 TT = JDT 2458140.5 
       T = 2016 Aug. 8.49543 TT             peri.= 113.44913 
       e = 0.9990485                        node = 334.10218 (2000.0) 
       q = 7.2764520 AU                     incl.=  90.84722 
  m1 = 4.0 + 5log(delta) + 10.0log(r) 
  A. Node = E:08/27.8 JST  O:2004/09/04.1 JST  24.145 AU 
  D. Node = E:02/23.4 JST  O:2019/12/02.5 JST  10.408 AU 

2018   JST     R.A. (2000) D.C.    Delta     r    Elong. Phase   dMo./P.A.   Tail/P.A. M-O Ag   m1     H/A
01/12 01:50   11 53.98  +38 51.2   7.422   7.988  122.1    6.0    5.7/295.4   0.1/273   72 25  17.4  +58/251
01/13 01:50   11 53.54  +38 53.6   7.413   7.990  122.9    5.9    5.8/294.8   0.1/272   82 26  17.4  +59/251
01/14 01:50   11 53.09  +38 56.1   7.404   7.993  123.8    5.9    5.9/294.3   0.1/271   92 26  17.4  +60/251
01/15 01:50   11 52.63  +38 58.5   7.396   7.995  124.6    5.8    6.1/293.8   0.1/270  102 27  17.4  +61/251
01/16 01:40   11 52.15  +39 00.9   7.387   7.998  125.4    5.8    6.2/293.3   0.1/270  112 28  17.4  +60/251
01/17 01:40   11 51.67  +39 03.4   7.379   8.000  126.2    5.7    6.3/292.8   0.1/269  122 29  17.4  +61/251
01/18 01:40   11 51.17  +39 05.8   7.371   8.003  127.1    5.6    6.4/292.2   0.1/268  131  1  17.4  +62/251
01/19 01:40   11 50.66  +39 08.2   7.364   8.006  127.9    5.6    6.5/291.7   0.1/267  139  1  17.4  +62/251
01/20 01:30   11 50.14  +39 10.6   7.356   8.008  128.7    5.5    6.6/291.2   0.1/265  145  2  17.4  +61/251
01/21 01:30   11 49.61  +39 13.0   7.349   8.011  129.5    5.4    6.7/290.7   0.1/264  148  3  17.4  +62/251
01/22 01:30   11 49.07  +39 15.4   7.342   8.013  130.3    5.4    6.9/290.2   0.1/263  147  4  17.4  +63/251
01/23 01:30   11 48.51  +39 17.8   7.335   8.016  131.0    5.3    7.0/289.7   0.1/262  141  5  17.4  +64/251
01/24 01:20   11 47.95  +39 20.1   7.329   8.019  131.8    5.3    7.1/289.2   0.1/261  134  6  17.4  +63/251
01/25 01:20   11 47.38  +39 22.4   7.323   8.021  132.6    5.2    7.2/288.7   0.1/260  124  7  17.4  +64/251
01/26 01:20   11 46.79  +39 24.7   7.316   8.024  133.3    5.1    7.3/288.2   0.1/259  113  8  17.4  +65/251
01/27 01:20   11 46.19  +39 27.0   7.311   8.027  134.1    5.1    7.4/287.7   0.1/257  101  9  17.4  +66/250
01/28 01:10   11 45.59  +39 29.2   7.305   8.029  134.8    5.0    7.5/287.2   0.1/256   89 10  17.4  +64/250
01/29 01:10   11 44.98  +39 31.4   7.300   8.032  135.5    4.9    7.6/286.7   0.1/255   76 11  17.4  +65/250
01/30 01:10   11 44.35  +39 33.5   7.295   8.034  136.2    4.9    7.7/286.2   0.1/253   64 13  17.4  +66/250
01/31 01:10   11 43.71  +39 35.7   7.290   8.037  136.9    4.8    7.7/285.7   0.1/252   52 14  17.4  +67/250
02/01 01:00   11 43.07  +39 37.7   7.285   8.040  137.6    4.7    7.8/285.2   0.1/251   42 15  17.4  +66/250
02/02 01:00   11 42.42  +39 39.8   7.281   8.042  138.2    4.7    7.9/284.7   0.1/249   34 16  17.4  +67/250
02/03 01:00   11 41.75  +39 41.8   7.277   8.045  138.9    4.6    8.0/284.1   0.1/248   32 17  17.4  +68/250
02/04 01:00   11 41.08  +39 43.7   7.273   8.048  139.5    4.6    8.1/283.6   0.1/246   35 18  17.4  +69/249
02/05 00:50   11 40.40  +39 45.6   7.269   8.050  140.1    4.5    8.2/283.1   0.1/245   42 19  17.4  +68/249
02/06 00:50   11 39.71  +39 47.5   7.266   8.053  140.7    4.5    8.2/282.6   0.1/243   52 20  17.4  +69/249
02/07 00:50   11 39.01  +39 49.2   7.263   8.056  141.2    4.4    8.3/282.1   0.1/241   62 21  17.4  +69/249
02/08 00:40   11 38.31  +39 51.0   7.260   8.058  141.8    4.3    8.4/281.6   0.1/240   72 22  17.4  +68/249
02/09 00:40   11 37.60  +39 52.6   7.258   8.061  142.3    4.3    8.5/281.1   0.1/238   82 23  17.4  +69/249
02/10 00:40   11 36.88  +39 54.3   7.255   8.064  142.8    4.2    8.5/280.5   0.1/236   92 24  17.4  +70/248
02/11 00:40   11 36.15  +39 55.8   7.253   8.066  143.3    4.2    8.6/280.0   0.1/234  103 25  17.4  +71/248
02/12 00:30   11 35.42  +39 57.3   7.252   8.069  143.7    4.1    8.7/279.5   0.1/232  112 26  17.4  +70/248
inserted by FC2 system