C/2013 US10 (Catalina) 
   From 4807 observations 2013 Aug. 14-2017 Apr. 2. Kinoshita 
   Epoch = 2017 Aug. 15.0 TT = JDT 2457980.5 
       T = 2015 Nov. 15.70658 TT            peri.= 340.40298 
       e = 1.0003478                        node = 186.15778 (2000.0) 
       q = 0.8239618 AU                     incl.= 148.87539 
  m1 = 5.5 + 5log(delta) + 10.0log(r) 
  A. Node = E:03/27.2 JST  O:2015/11/26.8 JST  0.849 AU 
  D. Node = E:09/29.7 JST  O:2003/12/04.4 JST  28.616 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 02:10   04 05.11  +45 50.6   7.739   7.251   57.9    6.8    3.5/ 35.3   0.1/274   85  3  18.5  +28/231
07/27 02:10   04 05.30  +45 53.5   7.735   7.260   58.7    6.9    3.4/ 33.8   0.1/274   97  4  18.6  +28/232
07/28 02:10   04 05.48  +45 56.3   7.730   7.268   59.5    6.9    3.4/ 32.2   0.1/274  109  5  18.6  +29/232
07/29 02:10   04 05.66  +45 59.2   7.725   7.277   60.4    7.0    3.3/ 30.6   0.1/273  119  6  18.6  +29/232
07/30 02:10   04 05.82  +46 02.1   7.721   7.285   61.2    7.0    3.3/ 28.9   0.1/273  129  7  18.6  +30/232
07/31 02:10   04 05.97  +46 04.9   7.715   7.294   62.0    7.1    3.2/ 27.1   0.1/272  138  7  18.6  +31/233
08/01 02:00   04 06.12  +46 07.8   7.710   7.302   62.8    7.1    3.2/ 25.3   0.1/272  145  8  18.6  +30/232
08/02 02:00   04 06.25  +46 10.7   7.705   7.311   63.6    7.1    3.2/ 23.5   0.1/271  149  9  18.6  +30/232
08/03 02:00   04 06.37  +46 13.6   7.700   7.319   64.5    7.2    3.1/ 21.5   0.1/271  150 10  18.6  +31/233
08/04 02:00   04 06.48  +46 16.5   7.694   7.328   65.3    7.2    3.1/ 19.5   0.1/270  146 11  18.6  +32/233
08/05 02:00   04 06.58  +46 19.4   7.688   7.336   66.1    7.3    3.1/ 17.5   0.1/270  139 12  18.6  +32/233
08/06 02:00   04 06.67  +46 22.3   7.682   7.345   66.9    7.3    3.0/ 15.4   0.1/269  131 13  18.6  +33/233
08/07 02:00   04 06.75  +46 25.3   7.677   7.353   67.8    7.3    3.0/ 13.2   0.1/269  121 14  18.6  +34/233
08/08 01:50   04 06.81  +46 28.2   7.671   7.362   68.6    7.4    3.0/ 11.0   0.1/269  111 15  18.6  +33/233
08/09 01:50   04 06.87  +46 31.1   7.664   7.370   69.5    7.4    3.0/  8.8   0.1/268  101 16  18.6  +33/233
08/10 01:50   04 06.91  +46 34.0   7.658   7.379   70.3    7.4    2.9/  6.5   0.1/268   90 17  18.6  +34/233
08/11 01:50   04 06.94  +46 36.9   7.652   7.387   71.2    7.5    2.9/  4.1   0.1/267   78 18  18.6  +34/233
08/12 01:50   04 06.96  +46 39.8   7.645   7.395   72.0    7.5    2.9/  1.8   0.1/267   67 19  18.6  +35/234
08/13 01:50   04 06.97  +46 42.8   7.639   7.404   72.9    7.5    2.9/359.4   0.1/266   56 20  18.6  +36/234
08/14 01:50   04 06.97  +46 45.7   7.632   7.412   73.7    7.5    2.9/356.9   0.1/266   46 21  18.6  +36/234
08/15 01:40   04 06.95  +46 48.6   7.626   7.421   74.6    7.6    2.9/354.5   0.1/266   37 22  18.6  +35/234
08/16 01:40   04 06.93  +46 51.5   7.619   7.429   75.4    7.6    2.9/352.0   0.1/265   32 23  18.6  +36/234
08/17 01:40   04 06.89  +46 54.4   7.612   7.438   76.3    7.6    2.9/349.6   0.1/265   31 24  18.6  +37/234
08/18 01:40   04 06.83  +46 57.3   7.605   7.446   77.2    7.6    3.0/347.1   0.1/264   36 25  18.6  +38/234
08/19 01:40   04 06.77  +47 00.2   7.598   7.454   78.0    7.6    3.0/344.6   0.1/264   45 26  18.6  +38/234
08/20 01:40   04 06.69  +47 03.0   7.591   7.463   78.9    7.6    3.0/342.2   0.1/263   56 27  18.6  +39/234
08/21 01:30   04 06.60  +47 05.9   7.584   7.471   79.8    7.7    3.0/339.8   0.1/263   68 28  18.6  +38/234
08/22 01:30   04 06.50  +47 08.8   7.577   7.480   80.6    7.7    3.1/337.4   0.1/262   80 29  18.6  +39/234
08/23 01:30   04 06.38  +47 11.6   7.570   7.488   81.5    7.7    3.1/335.1   0.1/262   92  1  18.6  +39/234
08/24 01:30   04 06.25  +47 14.4   7.563   7.496   82.4    7.7    3.2/332.8   0.1/262  103  2  18.6  +40/234
08/25 01:30   04 06.11  +47 17.3   7.556   7.505   83.3    7.7    3.2/330.6   0.1/261  114  3  18.6  +41/234
08/26 01:30   04 05.96  +47 20.1   7.548   7.513   84.2    7.7    3.3/328.4   0.1/261  125  4  18.6  +41/235
inserted by FC2 system