C/2014 R3 (PANSTARRS) 
   From 738 observations 2014 Sept. 6-2018 June 22. Kinoshita 
   Epoch = 2018 Dec. 28.0 TT = JDT 2458480.5 
       T = 2016 Aug. 8.62028 TT             peri.= 113.46331 
       e = 0.9988158                        node = 334.09495 (2000.0) 
       q = 7.2772050 AU                     incl.=  90.86544 
  m1 = 4.0 + 5log(delta) + 10.0log(r) 
  A. Node = E:08/28.1 JST  O:2004/09/02.6 JST  24.150 AU 
  D. Node = E:02/23.7 JST  O:2019/12/02.3 JST  10.407 AU 

18/19  JST     R.A. (2000) D.C.    Delta     r    Elong. Phase   dMo./P.A.   Tail/P.A. M-O Ag   m1     H/A
12/08 03:00   11 12.69  +21 03.4   8.883   9.012   94.4    6.3    1.4/243.3   0.1/293   99  1  18.3  +47/276
12/09 03:00   11 12.59  +21 02.8   8.869   9.015   95.4    6.2    1.5/246.6   0.1/292  111  1  18.3  +48/277
12/10 03:00   11 12.49  +21 02.2   8.856   9.019   96.4    6.2    1.6/249.6   0.1/292  123  2  18.3  +49/278
12/11 02:50   11 12.39  +21 01.6   8.843   9.022   97.4    6.2    1.7/252.2   0.1/292  134  3  18.3  +48/277
12/12 02:50   11 12.27  +21 01.1   8.830   9.026   98.4    6.2    1.8/254.6   0.1/292  146  4  18.3  +48/277
12/13 02:50   11 12.15  +21 00.6   8.816   9.030   99.4    6.2    1.9/256.7   0.1/291  157  5  18.3  +49/278
12/14 02:50   11 12.01  +21 00.2   8.803   9.033  100.4    6.2    2.0/258.5   0.1/291  166  6  18.3  +50/279
12/15 02:50   11 11.87  +20 59.8   8.790   9.037  101.4    6.1    2.1/260.2   0.1/291  169  7  18.3  +51/280
12/16 02:50   11 11.72  +20 59.4   8.777   9.040  102.4    6.1    2.2/261.7   0.1/290  161  8  18.3  +52/280
12/17 02:40   11 11.57  +20 59.1   8.764   9.044  103.4    6.1    2.3/263.0   0.1/290  151  9  18.3  +50/279
12/18 02:40   11 11.40  +20 58.8   8.751   9.047  104.5    6.0    2.4/264.2   0.1/290  139  9  18.3  +51/280
12/19 02:40   11 11.23  +20 58.6   8.739   9.051  105.5    6.0    2.6/265.3   0.1/290  126 10  18.3  +52/281
12/20 02:40   11 11.04  +20 58.4   8.726   9.055  106.5    6.0    2.7/266.3   0.1/289  113 11  18.3  +53/282
12/21 02:40   11 10.85  +20 58.2   8.713   9.058  107.5    5.9    2.8/267.2   0.1/289   99 12  18.3  +54/283
12/22 02:40   11 10.66  +20 58.1   8.701   9.062  108.5    5.9    2.9/268.0   0.1/289   85 14  18.3  +55/283
12/23 02:30   11 10.45  +20 58.0   8.688   9.065  109.6    5.9    3.0/268.7   0.1/288   71 15  18.3  +53/282
12/24 02:30   11 10.23  +20 57.9   8.676   9.069  110.6    5.8    3.1/269.4   0.1/288   56 16  18.3  +54/283
12/25 02:30   11 10.01  +20 57.9   8.664   9.072  111.6    5.8    3.2/270.0   0.1/288   42 17  18.3  +55/284
12/26 02:30   11 09.78  +20 57.9   8.652   9.076  112.7    5.7    3.4/270.6   0.1/287   28 18  18.3  +56/285
12/27 02:30   11 09.54  +20 57.9   8.640   9.080  113.7    5.7    3.5/271.1   0.1/287   15 19  18.3  +57/286
12/28 02:20   11 09.29  +20 58.0   8.628   9.083  114.7    5.6    3.6/271.5   0.1/287   11 20  18.3  +56/284
12/29 02:20   11 09.04  +20 58.0   8.616   9.087  115.8    5.6    3.7/272.0   0.1/287   20 21  18.3  +56/285
12/30 02:20   11 08.77  +20 58.2   8.604   9.090  116.8    5.5    3.8/272.3   0.1/286   33 22  18.3  +57/286
12/31 02:20   11 08.50  +20 58.3   8.593   9.094  117.8    5.5    3.9/272.7   0.1/286   46 23  18.3  +58/287
01/01 02:20   11 08.22  +20 58.5   8.582   9.098  118.9    5.4    4.1/273.0   0.1/286   59 24  18.3  +59/288
01/02 02:10   11 07.93  +20 58.7   8.571   9.101  119.9    5.4    4.2/273.3   0.1/285   71 25  18.3  +58/287
01/03 02:10   11 07.63  +20 59.0   8.560   9.105  121.0    5.3    4.3/273.5   0.1/285   84 26  18.3  +59/288
01/04 02:10   11 07.33  +20 59.2   8.549   9.108  122.0    5.3    4.4/273.8   0.1/284   96 27  18.3  +59/289
01/05 02:10   11 07.01  +20 59.5   8.538   9.112  123.1    5.2    4.5/274.0   0.1/284  108 28  18.3  +60/290
01/06 02:10   11 06.69  +20 59.8   8.528   9.116  124.1    5.1    4.6/274.2   0.1/284  120 29  18.3  +61/291
01/07 02:00   11 06.37  +21 00.2   8.517   9.119  125.2    5.1    4.7/274.3   0.1/283  132  1  18.3  +60/290
01/08 02:00   11 06.03  +21 00.5   8.507   9.123  126.2    5.0    4.8/274.5   0.1/283  144  1  18.3  +61/291
inserted by FC2 system