C/2010 U3 (Boattini) 
   From 1553 observations 2009 Sept. 16-2018 Oct. 14. Kinoshita 
   Epoch = 2018 Dec. 28.0 TT = JDT 2458480.5 
       T = 2019 Feb. 26.61488 TT            peri.=  88.08497 
       e = 0.9987101                        node =  43.06899 (2000.0) 
       q = 8.4455654 AU                     incl.=  55.51177 
  m1 = 9.5 + 5log(delta) + 2.5log(r) 
  A. Node = E:11/06.2 JST  O:2012/02/26.0 JST  16.335 AU 
  D. Node = E:05/04.4 JST  O:2026/11/24.6 JST  17.463 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 02:00   11 46.88  +69 47.6   8.120   8.459  106.9    6.4    5.3/ 42.1   0.1/290  106  0  16.4  +39*205
12/09 02:00   11 47.57  +69 51.6   8.113   8.459  107.3    6.4    5.3/ 41.0   0.1/289  112  1  16.4  +40*205
12/10 02:00   11 48.24  +69 55.5   8.106   8.458  107.8    6.4    5.2/ 39.9   0.1/288  117  2  16.4  +40*205
12/11 02:00   11 48.89  +69 59.5   8.099   8.458  108.2    6.4    5.2/ 38.8   0.1/287  120  3  16.4  +40*204
12/12 02:00   11 49.53  +70 03.6   8.093   8.458  108.6    6.3    5.1/ 37.7   0.1/286  122  4  16.4  +41*204
12/13 02:00   11 50.15  +70 07.6   8.086   8.458  109.0    6.3    5.1/ 36.6   0.1/286  123  5  16.4  +41*204
12/14 01:50   11 50.74  +70 11.7   8.080   8.457  109.4    6.3    5.1/ 35.4   0.1/285  122  6  16.4  +40*204
12/15 01:50   11 51.32  +70 15.9   8.073   8.457  109.8    6.3    5.0/ 34.3   0.1/284  119  7  16.4  +40*204
12/16 01:50   11 51.89  +70 20.0   8.067   8.457  110.1    6.3    5.0/ 33.1   0.1/283  115  8  16.4  +41*204
12/17 01:50   11 52.43  +70 24.2   8.061   8.456  110.5    6.3    5.0/ 31.9   0.1/282  110  8  16.3  +41*204
12/18 01:50   11 52.95  +70 28.4   8.055   8.456  110.9    6.2    4.9/ 30.8   0.1/281  105  9  16.3  +41*204
12/19 01:50   11 53.46  +70 32.6   8.049   8.456  111.2    6.2    4.9/ 29.5   0.1/280   98 10  16.3  +42*203
12/20 01:50   11 53.94  +70 36.9   8.043   8.455  111.6    6.2    4.9/ 28.3   0.1/279   91 11  16.3  +42*203
12/21 01:40   11 54.41  +70 41.2   8.038   8.455  112.0    6.2    4.8/ 27.1   0.1/278   84 12  16.3  +41*203
12/22 01:40   11 54.85  +70 45.4   8.032   8.455  112.3    6.2    4.8/ 25.9   0.1/277   76 14  16.3  +42*203
12/23 01:40   11 55.28  +70 49.8   8.027   8.455  112.6    6.2    4.8/ 24.6   0.1/276   70 15  16.3  +42*203
12/24 01:40   11 55.68  +70 54.1   8.022   8.454  113.0    6.1    4.7/ 23.3   0.1/276   64 16  16.3  +42*203
12/25 01:40   11 56.06  +70 58.4   8.017   8.454  113.3    6.1    4.7/ 22.0   0.1/275   60 17  16.3  +42*203
12/26 01:40   11 56.42  +71 02.8   8.012   8.454  113.6    6.1    4.7/ 20.7   0.1/274   59 18  16.3  +43*202
12/27 01:30   11 56.76  +71 07.1   8.007   8.454  113.9    6.1    4.6/ 19.4   0.1/273   59 19  16.3  +42*202
12/28 01:30   11 57.08  +71 11.5   8.002   8.453  114.2    6.1    4.6/ 18.1   0.1/272   62 20  16.3  +42*202
12/29 01:30   11 57.38  +71 15.9   7.998   8.453  114.5    6.1    4.6/ 16.7   0.1/270   66 21  16.3  +43*202
12/30 01:30   11 57.65  +71 20.3   7.993   8.453  114.8    6.1    4.6/ 15.3   0.1/269   72 22  16.3  +43*202
12/31 01:30   11 57.90  +71 24.7   7.989   8.453  115.0    6.1    4.5/ 13.9   0.1/268   78 23  16.3  +43*202
01/01 01:30   11 58.13  +71 29.1   7.985   8.452  115.3    6.0    4.5/ 12.5   0.1/267   85 24  16.3  +43*201
01/02 01:20   11 58.34  +71 33.4   7.981   8.452  115.6    6.0    4.5/ 11.1   0.1/266   91 25  16.3  +43*202
01/03 01:20   11 58.52  +71 37.8   7.977   8.452  115.8    6.0    4.4/  9.7   0.1/265   98 26  16.3  +43*201
01/04 01:20   11 58.68  +71 42.2   7.973   8.452  116.1    6.0    4.4/  8.2   0.1/264  104 27  16.3  +43*201
01/05 01:20   11 58.81  +71 46.6   7.970   8.451  116.3    6.0    4.4/  6.8   0.1/263  110 28  16.3  +44*201
01/06 01:20   11 58.93  +71 50.9   7.966   8.451  116.5    6.0    4.4/  5.3   0.1/262  114 29  16.3  +44*201
01/07 01:10   11 59.01  +71 55.2   7.963   8.451  116.7    6.0    4.3/  3.8   0.1/261  118  1  16.3  +43*201
01/08 01:10   11 59.07  +71 59.6   7.960   8.451  116.9    6.0    4.3/  2.3   0.1/260  120  1  16.3  +44*201
inserted by FC2 system