MPEC 2016-N16 : OBSERVATIONS AND ORBITS OF COMETS
The following Minor Planet Electronic Circular may be linked-to from your own Web pages, but must not otherwise be redistributed electronically.A form allowing access to any MPEC is at the bottom of this page.
Read MPEC 2016-N15
Read MPEC 2016-N17
M.P.E.C. 2016-N16 Issued 2016 July 3, 21:47 UT
The Minor Planet Electronic Circulars contain information on unusual
minor planets and routine data on comets. They are published
on behalf of Division F of the International Astronomical Union by the
Minor Planet Center, Smithsonian Astrophysical Observatory,
Cambridge, MA 02138, U.S.A.
Prepared using the Tamkin Foundation Computer Network
MPC@CFA.HARVARD.EDU
URL https://www.minorplanetcenter.net/ ISSN 1523-6714
OBSERVATIONS AND ORBITS OF COMETS
Observations:
CK11K36P C2016 06 30.31828 00 39 24.98 +02 29 03.9 15.9 NqEN016W96
CK11K36P C2016 06 30.34599 00 39 25.84 +02 29 04.5 15.9 NqEN016W96
CK11K36P C2016 07 01.35960 00 39 57.17 +02 29 21.3 15.9 NqEN016W96
CK11K36P C2016 07 01.41200 00 39 58.75 +02 29 22.0 15.9 NqEN016W96
CK13V040 C2016 06 08.91088 06 33 58.31 +74 48 25.8 16.1 NqEN016585
CK13V040 C2016 06 08.91159 06 33 58.43 +74 48 26.6 16.1 NqEN016585
CK13V040 C2016 06 08.91230 06 33 58.81 +74 48 26.0 16.2 NqEN016585
CK13V040 C2016 06 08.91301 06 33 58.66 +74 48 26.1 16.0 NqEN016585
CK13V040 C2016 06 08.91372 06 33 58.99 +74 48 27.0 16.1 NqEN016585
CK13V040 C2016 06 08.91442 06 33 58.99 +74 48 26.8 16.1 NqEN016585
CK13V040 C2016 06 08.91513 06 33 59.14 +74 48 26.7 16.2 NqEN016585
CK13V040 C2016 06 08.91584 06 33 59.34 +74 48 26.3 16.5 NqEN016585
CK13V040 C2016 06 08.91654 06 33 59.56 +74 48 26.4 16.1 NqEN016585
CK13V040 C2016 06 08.91725 06 33 59.66 +74 48 26.6 16.2 NqEN016585
CK13V040 C2016 06 08.91796 06 33 59.90 +74 48 26.1 16.3 NqEN016585
CK13V040 C2016 06 08.91867 06 33 59.91 +74 48 27.0 16.0 NqEN016585
CK13X010 C2013 10 17.59212 07 29 23.01 +30 03 13.3 21.4 NtEN016F51
CK13X010 C2013 10 17.60366 07 29 22.94 +30 03 14.1 21.4 NtEN016F51
CK13X010 C2016 05 19.43757523 12 19.545-08 31 09.48 12.5 TtEN016V02
CK13X010 C2016 05 19.44477423 12 18.965-08 31 22.90 12.5 TtEN016V02
CK13X010 C2016 05 19.45197323 12 18.331-08 31 35.77 12.6 TtEN016V02
CK13X010 C2016 05 19.45917223 12 17.722-08 31 48.84 12.6 TtEN016V02
CK13X010 C2016 06 10.70610 21 55 44.00 -29 11 01.2 qEN016D95
CK13X010 C2016 06 10.70801 21 55 43.16 -29 11 11.7 qEN016D95
CK13X010 C2016 06 10.72132 21 55 37.26 -29 12 23.4 7.7 TqEN016D95
CK13X010 C2016 06 11.20688721 51 59.825-29 56 03.66 12.1 TtEN016I40
CK13X010 C2016 06 11.20797521 51 59.316-29 56 09.68 12.2 TtEN016I40
CK13X010 C2016 06 11.20843821 51 59.100-29 56 12.25 12.3 TtEN016I40
CK13X010 C2016 06 11.20951421 51 58.611-29 56 18.12 12.2 TtEN016I40
CK13X010 C2016 06 13.71684 21 30 37.53 -33 52 15.7 8.0 TmEN016372
CK13X010 C2016 06 13.72483 21 30 32.96 -33 53 02.0 mEN016372
CK13X010 C2016 06 13.76285 21 30 11.20 -33 56 42.1 mEN016372
CK13X010 C2016 06 19.08559 20 27 10.16 -42 19 20.9 11.5 NtEN016I66
CK13X010 C2016 06 19.08706 20 27 08.90 -42 19 28.7 11.4 NtEN016I66
CK13X010 C2016 06 19.08853 20 27 07.65 -42 19 36.2 11.4 NtEN016I66
CK13X010 C2016 06 19.08999 20 27 06.35 -42 19 44.1 11.4 NtEN016I66
CK13X010 C2016 06 19.09072 20 27 05.73 -42 19 47.8 11.5 NtEN016I66
CK13X010 KC2016 06 26.62713 18 20 49.56 -49 02 40.8 uEN016D81
CK13X010 KC2016 06 26.62756 18 20 49.16 -49 02 42.5 10.8 TuEN016D81
CK13X010 C2016 06 29.96510 17 25 40.52 -48 52 43.4 10.9 NqEN016I39
CK13X010 C2016 06 29.96722 17 25 39.29 -48 52 44.8 10.9 NqEN016I39
CK13X010 C2016 06 30.01459 17 24 54.97 -48 51 53.5 11.2 NqEN016I39
CK13X010 C2016 06 30.18775 17 22 16.38 -48 48 47.3 11.8 NqEN016W96
CK13X010 C2016 06 30.19257 17 22 12.06 -48 48 42.2 11.7 NqEN016W96
CK13X010 C2016 06 30.47112 17 18 02.58 -48 43 08.3 11.9 NdEN016Q68
CK13X010 C2016 06 30.48599 17 17 49.32 -48 42 50.0 11.9 NdEN016Q68
CK13X010 C2016 06 30.54103 17 17 00.03 -48 41 40.2 11.7 NdEN016Q68
CK13X010 C2016 06 30.54940 17 16 52.49 -48 41 29.6 11.8 NdEN016Q68
CK13X010 C2016 07 01.24812 17 06 46.19 -48 25 05.5 12.0 NqEN016W96
CK13X010 C2016 07 01.24969 17 06 44.87 -48 25 03.2 12.0 NqEN016W96
CK13X010 C2016 07 01.25141 17 06 43.43 -48 25 00.9 12.0 NqEN016W96
CK13X010 C2016 07 01.47019 17 03 40.53 -48 19 17.2 12.1 NdEN016Q68
CK13X010 C2016 07 01.48545 17 03 27.82 -48 18 52.4 11.7 NdEN016Q68
CK13X010 C2016 07 01.54165 17 02 40.59 -48 17 20.9 12.3 NdEN016Q68
CK13X010 C2016 07 01.55084 17 02 32.90 -48 17 06.3 12.3 NdEN016Q68
CK14M010 C2016 06 29.28124 14 30 30.284-11 46 00.01 21.5 TLEN016F51
CK14M010 C2016 06 29.29362 14 30 29.782-11 45 56.40 21.4 TLEN016F51
CK14M010 C2016 06 29.30594 14 30 29.268-11 45 52.86 21.4 TLEN016F51
CK14M010 C2016 06 29.31823 14 30 28.772-11 45 48.96 21.3 TLEN016F51
CK14O04E C2016 06 25.94564 16 50 48.83 +35 07 37.6 16.8 NqEN016C23
CK14O04E C2016 06 25.94864 16 50 48.74 +35 07 38.7 16.8 NqEN016C23
CK14O04E C2016 06 25.95163 16 50 48.61 +35 07 39.0 16.7 NqEN016C23
CK14O04E C2016 06 26.38192 16 50 33.06 +35 08 55.6 17.0 TLEN016T05
CK14O04E C2016 06 26.39419 16 50 32.64 +35 08 58.6 16.9 TLEN016T05
CK14O04E C2016 06 26.41429 16 50 31.86 +35 09 02.3 17.0 TLEN016T05
CK14O04E C2016 06 26.42780 16 50 31.38 +35 09 04.6 17.0 TLEN016T05
CK14O04E C2016 06 26.42877 16 50 31.33 +35 09 04.6 16.9 TLEN016T05
CK14O04E KC2016 06 27.94830 16 49 37.00 +35 13 23.6 16.9 NqEN016203
CK14O04E KC2016 06 27.97194 16 49 36.16 +35 13 27.5 16.9 NqEN016203
CK14O04E C2016 06 29.37332 16 48 46.72 +35 17 08.3 17.4 TLEN016T05
CK14O04E C2016 06 29.38947 16 48 46.13 +35 17 10.6 17.4 TLEN016T05
CK14O04E C2016 06 29.39685 16 48 45.84 +35 17 11.6 17.3 TLEN016T05
CK14O04E C2016 06 29.41444 16 48 45.36 +35 17 14.8 17.4 TLEN016T05
CK14O04E C2016 07 02.91579 16 46 44.95 +35 25 07.0 16.8 NqEN016C23
CK14O04E C2016 07 02.91851 16 46 44.86 +35 25 06.1 16.8 NqEN016C23
CK14O04E C2016 07 02.92429 16 46 44.66 +35 25 07.0 16.8 NqEN016C23
CK14Q020 C2016 06 10.50891 17 53 42.63 +26 44 06.8 15.2 TqEN016D95
CK14Q020 C2016 06 10.51106 17 53 42.43 +26 44 05.8 qEN016D95
CK14Q020 C2016 06 10.51860 17 53 42.07 +26 44 04.5 qEN016D95
CK14Q020 C2016 07 03.19831 17 36 28.02 +25 12 55.5 17.8 TqEN016G96
CK14Q020 C2016 07 03.21023 17 36 27.87 +25 12 51.2 16.2 TqEN016G96
CK14Q020 C2016 07 03.21611 17 36 27.70 +25 12 49.3 17.2 TqEN016G96
CK14R030 1C2016 05 31.69148413 59 10.351+73 45 30.22 18.2 TtEN016N50
CK14R030 1C2016 05 31.69678413 59 09.594+73 45 27.94 18.4 TtEN016N50
CK14R030 1C2016 05 31.69946413 59 09.233+73 45 26.99 18.3 TtEN016N50
CK14R030 1C2016 05 31.70217413 59 08.885+73 45 25.65 18.4 TtEN016N50
CK14R030 1C2016 05 31.70487413 59 08.520+73 45 24.79 18.4 TtEN016N50
CK14R030 1C2016 05 31.70757413 59 08.101+73 45 23.63 18.2 TtEN016N50
CK14R030 1C2016 05 31.71026413 59 07.757+73 45 22.59 18.4 TtEN016N50
CK14R030 C2016 06 25.92595 13 18 16.06 +70 10 31.6 17.0 NqEN016C23
CK14R030 C2016 06 25.97829 13 18 12.76 +70 10 00.2 17.0 NqEN016C23
CK14R030 C2016 06 25.98407 13 18 12.41 +70 09 57.3 16.9 NqEN016C23
CK14R030 KC2016 06 28.90416 13 15 21.74 +69 41 24.0 16.8 ToEN016461
CK14R030 KC2016 06 28.90740 13 15 21.56 +69 41 22.1 16.9 ToEN016461
CK14R030 KC2016 06 28.91226 13 15 21.28 +69 41 19.2 16.9 ToEN016461
CK14S020 C2016 06 08.92554 11 04 42.32 +31 49 23.7 14.4 NqEN016585
CK14S020 C2016 06 08.92610 11 04 42.27 +31 49 23.3 14.3 NqEN016585
CK14S020 C2016 06 08.92653 11 04 42.33 +31 49 22.5 14.3 NqEN016585
CK14S020 C2016 06 08.92672 11 04 42.30 +31 49 21.4 14.3 NqEN016585
CK14S020 C2016 06 08.92736 11 04 42.34 +31 49 20.6 14.1 NqEN016585
CK14S020 C2016 06 08.92807 11 04 42.39 +31 49 19.7 14.2 NqEN016585
CK14S020 C2016 06 08.92878 11 04 42.43 +31 49 18.3 14.2 NqEN016585
CK14S020 C2016 06 08.92949 11 04 42.43 +31 49 17.4 14.2 NqEN016585
CK14S020 C2016 06 08.93019 11 04 42.44 +31 49 16.8 14.2 NqEN016585
CK14S020 C2016 06 08.93090 11 04 42.51 +31 49 15.3 14.2 NqEN016585
CK14S020 C2016 06 08.93161 11 04 42.47 +31 49 14.9 14.2 NqEN016585
CK14S020 C2016 06 08.93232 11 04 42.47 +31 49 13.9 14.3 NqEN016585
CK14S020 C2016 06 23.48580 11 12 45.12 +26 35 16.5 qEN016900
CK14S020 C2016 06 23.49294 11 12 45.37 +26 35 07.8 11.8 TqEN016900
CK14S020 C2016 06 25.89707 11 14 15.90 +25 46 52.3 15.7 NqEN016C23
CK14S020 C2016 06 25.89857 11 14 15.98 +25 46 49.9 15.0 NqEN016C23
CK14S020 C2016 06 25.90082 11 14 16.10 +25 46 47.9 15.2 NqEN016C23
CK14S020 KC2016 06 26.51858 11 14 39.69 +25 34 33.1 uEN016367
CK14S020 KC2016 06 26.52020 11 14 39.75 +25 34 31.2 uEN016367
CK14S020 KC2016 06 26.52141 11 14 39.80 +25 34 29.7 11.9 TuEN016367
CK14S020 C2016 06 27.88940 11 15 32.73 +25 07 37.4 15.0 NQEN016C86
CK14S020 C2016 06 27.89063 11 15 32.76 +25 07 34.2 15.0 NQEN016C86
CK14S020 C2016 07 02.54750 11 18 38.69 +23 38 09.0 13.9 NqEN016G26
CK14S020 C2016 07 02.55878 11 18 39.21 +23 37 54.9 13.7 NqEN016G26
CK14W020 C2016 06 13.64278 15 53 02.66 +63 57 29.0 13.3 TmEN016372
CK14W020 C2016 06 13.64826 15 53 01.79 +63 57 20.1 mEN016372
CK14W020 C2016 06 22.89968 15 33 09.24 +59 38 12.4 14.9 NcEN016C90
CK14W020 C2016 06 22.90461 15 33 08.83 +59 38 02.6 14.9 NcEN016C90
CK14W020 C2016 06 22.91013 15 33 08.21 +59 37 54.0 15.0 NcEN016C90
CK14W020 C2016 06 25.93222 15 28 16.49 +58 07 22.2 15.1 NqEN016C23
CK14W020 C2016 06 25.93822 15 28 15.96 +58 07 11.3 15.3 NqEN016C23
CK14W020 C2016 06 25.94422 15 28 15.41 +58 07 00.3 15.2 NqEN016C23
CK14W020 C2016 06 26.47743 15 27 28.53 +57 50 49.1 13.8 TmEN016372
CK14W020 C2016 06 26.48194 15 27 28.14 +57 50 41.1 mEN016372
CK14W020 KC2016 06 26.52416 15 27 24.41 +57 49 23.7 uEN016367
CK14W020 KC2016 06 26.52578 15 27 24.26 +57 49 20.7 uEN016367
CK14W020 KC2016 06 26.52740 15 27 24.12 +57 49 17.7 12.9 TuEN016367
CK14W020 C2016 06 26.89940 15 26 52.02 +57 37 56.6 15.5 NtEN016L04
CK14W020 C2016 06 26.90193 15 26 51.79 +57 37 52.0 15.6 NtEN016L04
CK14W020 C2016 06 26.90727 15 26 51.31 +57 37 41.6 15.6 NtEN016L04
CK14W020 C2016 06 26.90979 15 26 51.12 +57 37 37.6 15.6 NtEN016L04
CK14W020 C2016 06 27.93150 15 25 26.70 +57 06 20.0 15.1 NcEN016C86
CK14W020 C2016 06 27.93384 15 25 26.45 +57 06 16.7 15.0 NcEN016C86
CK14W020 C2016 06 27.93617 15 25 26.15 +57 06 12.7 15.1 NcEN016C86
CK14W020 C2016 06 28.60027 15 24 33.47 +56 45 44.4 14.1 NqEN016G26
CK14W020 C2016 06 28.65493 15 24 29.03 +56 44 01.3 14.0 NqEN016G26
CK14W020 C2016 06 28.89598 15 24 10.65 +56 36 36.0 16.3 NcEN016J01
CK14W020 C2016 06 28.90478 15 24 10.03 +56 36 19.8 16.2 NcEN016J01
CK14W020 C2016 06 28.91358 15 24 09.36 +56 36 03.7 16.2 NcEN016J01
CK14W020 C2016 06 29.21916 15 23 45.93 +56 26 35.6 14.6 NqEN016H45
CK14W020 C2016 06 29.22165 15 23 45.75 +56 26 30.9 14.7 NqEN016H45
CK14W020 C2016 06 29.22299 15 23 45.62 +56 26 28.3 14.7 NqEN016H45
CK14W020 C2016 06 29.22393 15 23 45.56 +56 26 26.5 14.6 NqEN016H45
CK14W020 C2016 06 29.22512 15 23 45.47 +56 26 24.4 14.8 NqEN016H45
CK14W020 C2016 06 29.22616 15 23 45.39 +56 26 22.4 14.8 NqEN016H45
CK14W020 C2016 06 29.33275 15 23 37.43 +56 23 04.6 15.2 TLEN016T05
CK14W020 C2016 06 29.34988 15 23 36.13 +56 22 32.5 15.2 TLEN016T05
CK14W020 C2016 06 29.35134 15 23 36.01 +56 22 30.0 15.3 TLEN016T05
CK14W020 C2016 06 29.36112 15 23 35.25 +56 22 11.9 15.3 TLEN016T05
CK14W020 C2016 06 29.36945 15 23 34.61 +56 21 56.1 15.3 TLEN016T05
CK14W020 C2016 06 29.37826 15 23 33.95 +56 21 39.7 15.2 TLEN016T05
CK14W020 C2016 06 29.37971 15 23 33.84 +56 21 37.3 15.3 TLEN016T05
CK14W020 C2016 06 29.38068 15 23 33.75 +56 21 35.4 15.4 TLEN016T05
CK14W020 C2016 06 29.38262 15 23 33.62 +56 21 31.7 15.3 TLEN016T05
CK14W020 C2016 06 29.90481 15 22 55.17 +56 05 17.6 15.6 NoEN016L04
CK14W020 C2016 06 29.90838 15 22 54.94 +56 05 11.2 15.6 NoEN016L04
CK14W020 C2016 06 29.91155 15 22 54.70 +56 05 05.2 15.6 NoEN016L04
CK14W020 C2016 07 01.89848 15 20 38.15 +55 02 59.2 16.7 NSEN016C47
CK14W020 C2016 07 01.90180 15 20 37.86 +55 02 53.3 16.9 NSEN016C47
CK14W020 C2016 07 01.90401 15 20 37.82 +55 02 49.2 17.1 NSEN016C47
CK14W020 C2016 07 01.90734 15 20 37.60 +55 02 42.9 15.6 NSEN016C47
CK14W020 C2016 07 01.91103 15 20 37.24 +55 02 35.6 16.9 NSEN016C47
CK14W020 C2016 07 01.91472 15 20 37.07 +55 02 28.6 15.7 NSEN016C47
CK14W020 C2016 07 01.97900 15 20 32.88 +55 00 27.2 15.5 NqEN016K02
CK14W020 C2016 07 01.98352 15 20 32.59 +55 00 18.8 15.5 NqEN016K02
CK14W020 C2016 07 01.98823 15 20 32.27 +55 00 09.9 15.5 NqEN016K02
CK14W020 C2016 07 02.56446 15 19 55.70 +54 42 02.8 13.8 NqEN016G26
CK14W020 C2016 07 02.60052 15 19 53.54 +54 40 55.5 14.0 NqEN016G26
CK14W020 C2016 07 02.90470 15 19 34.67 +54 31 19.9 15.3 NqEN016C23
CK14W020 C2016 07 02.90995 15 19 34.33 +54 31 09.7 15.4 NqEN016C23
CK14W020 C2016 07 02.91444 15 19 34.07 +54 31 01.2 15.2 NqEN016C23
CK14W020 C2016 07 03.16527 15 19 18.83 +54 23 07.6 14.9 NqEN016H45
CK14W020 C2016 07 03.16733 15 19 18.70 +54 23 03.7 14.9 NqEN016H45
CK14W020 C2016 07 03.16830 15 19 18.63 +54 23 01.7 14.9 NqEN016H45
CK14W020 C2016 07 03.16925 15 19 18.58 +54 23 00.1 15.0 NqEN016H45
CK14W020 C2016 07 03.17014 15 19 18.52 +54 22 58.3 15.0 NqEN016H45
CK14W020 C2016 07 03.17130 15 19 18.45 +54 22 56.2 14.9 NqEN016H45
CK14W110 C2016 05 28.54053 13 41 49.06 -27 06 05.0 uEN016D81
CK14W110 C2016 05 28.54350 13 41 49.04 -27 06 04.1 uEN016D81
CK14W110 C2016 05 28.54645 13 41 49.00 -27 06 03.4 15.7 TuEN016D81
CK15B020 KC2016 06 30.39971 03 44 54.19 -37 50 12.4 17.8 NqEN016W96
CK15B020 KC2016 06 30.42419 03 44 54.16 -37 50 19.3 18.2 NqEN016W96
CK15E61R C2016 06 29.74458 11 13 59.99 -00 16 57.9 16.7 ToEN016K95
CK15E61R C2016 06 29.75866 11 14 00.35 -00 16 59.2 16.6 ToEN016K95
CK15E61R C2016 06 29.78096 11 14 00.92 -00 17 01.2 16.6 ToEN016K95
CK15H020 C2016 07 02.55822 17 47 04.91 -64 09 47.9 18.8 NqEN016467
CK15H020 C2016 07 02.56072 17 47 04.69 -64 09 48.1 17.8 NqEN016467
CK15H020 C2016 07 02.56562 17 47 04.41 -64 09 47.7 17.4 NqEN016467
CK15L02C 1C2016 05 31.71877714 45 58.577+05 33 30.32 19.3 TtEN016N50
CK15L02C 1C2016 05 31.72352714 45 58.415+05 33 31.93 19.4 TtEN016N50
CK15L02C 1C2016 05 31.72820714 45 58.279+05 33 33.74 19.4 TtEN016N50
CK15L02C 1C2016 05 31.73256714 45 58.139+05 33 35.44 19.3 TtEN016N50
CK15L02C 1C2016 05 31.73618714 45 58.022+05 33 36.77 19.3 TtEN016N50
CK15L02C 1C2016 05 31.73981714 45 57.919+05 33 37.97 19.4 TtEN016N50
CK15L02C C2016 06 29.91491 14 34 58.03 +07 47 11.3 18.1 ToEN016461
CK15L02C C2016 06 29.91815 14 34 57.97 +07 47 11.9 18.4 ToEN016461
CK15L02C C2016 06 29.92138 14 34 57.93 +07 47 12.2 18.4 ToEN016461
CK15L02C C2016 06 29.92462 14 34 57.87 +07 47 12.7 oEN016461
CK15O010 C2016 06 10.58369 20 02 09.12 -11 52 48.3 16.3 TqEN016D95
CK15O010 C2016 06 10.59509 20 02 08.62 -11 52 46.9 qEN016D95
CK15O010 C2016 06 10.59936 20 02 08.44 -11 52 45.6 qEN016D95
CK15O010 KC2016 06 26.70909 19 48 42.77 -11 14 56.4 uEN016D81
CK15O010 KC2016 06 26.71329 19 48 42.49 -11 14 55.9 16.7 TuEN016D81
CK15O010 C2016 06 28.94819 19 46 39.29 -11 10 06.2 15.8 TrEN016106
CK15O010 C2016 06 28.95808 19 46 38.74 -11 10 04.7 15.8 TrEN016106
CK15O010 C2016 06 28.96798 19 46 38.23 -11 10 03.2 15.8 TrEN016106
CK15O010 C2016 06 28.97788 19 46 37.63 -11 10 02.6 15.7 TrEN016106
CK15O010 C2016 07 02.58809 19 43 13.55 -11 02 24.2 17.8 NqEN016467
CK15O010 C2016 07 02.59058 19 43 13.47 -11 02 23.4 17.0 NqEN016467
CK15O010 C2016 07 02.59279 19 43 13.29 -11 02 22.9 18.5 NqEN016467
CK15V020 C2016 06 08.88221 07 48 42.19 +56 22 56.0 15.3 NqEN016585
CK15V020 C2016 06 08.88341 07 48 42.34 +56 22 55.4 15.1 NqEN016585
CK15V020 C2016 06 08.88412 07 48 42.42 +56 22 55.2 15.3 NqEN016585
CK15V020 C2016 06 08.88483 07 48 42.46 +56 22 54.8 15.3 NqEN016585
CK15V020 C2016 06 08.88558 07 48 42.51 +56 22 54.6 15.2 NqEN016585
CK15V020 C2016 06 08.88629 07 48 42.65 +56 22 54.3 15.0 NqEN016585
CK15V020 C2016 06 08.88700 07 48 42.66 +56 22 54.1 14.9 NqEN016585
CK15V020 C2016 06 08.88929 07 48 42.87 +56 22 53.6 15.5 NqEN016585
CK15V020 C2016 06 08.88999 07 48 42.93 +56 22 53.6 15.2 NqEN016585
CK15V020 C2016 06 08.89070 07 48 42.96 +56 22 53.5 15.3 NqEN016585
CK15V020 C2016 06 08.89141 07 48 43.03 +56 22 53.5 15.5 NqEN016585
CK15V020 C2016 06 08.89212 07 48 43.10 +56 22 52.3 15.3 NqEN016585
CK15V020 KC2016 06 26.51073 08 15 25.45 +55 14 19.2 uEN016367
CK15V020 KC2016 06 26.51236 08 15 25.65 +55 14 18.7 uEN016367
CK15V020 KC2016 06 26.51398 08 15 25.77 +55 14 18.2 14.9 TuEN016367
CK15V020 C2016 06 27.87193 08 17 35.92 +55 09 00.4 14.9 NcEN016C86
CK15V020 C2016 06 27.87390 08 17 36.06 +55 09 00.1 14.8 NcEN016C86
CK15V020 C2016 06 27.87815 08 17 36.38 +55 08 58.8 14.9 NcEN016C86
CK15V030 _C2016 06 03.60632200 14 55.988+31 35 12.81 21.1 TtEN016568
CK15V030 _C2016 06 03.60863100 14 56.004+31 35 14.74 21.0 TtEN016568
CK15W00Z C2016 06 10.53992 20 28 49.49 +52 28 35.1 15.6 TqEN016D95
CK15W00Z C2016 06 10.54211 20 28 48.13 +52 28 38.2 qEN016D95
CK15W00Z C2016 06 10.54502 20 28 46.46 +52 28 41.4 qEN016D95
CK15W00Z C2016 06 13.68333 19 56 31.70 +53 18 27.7 16.5 NmEN016372
CK15W00Z C2016 06 13.68854 19 56 28.37 +53 18 30.5 mEN016372
CK15W00Z KC2016 06 26.51139 17 37 16.05 +49 19 02.8 uEN016D81
CK15W00Z KC2016 06 26.52061 17 37 10.68 +49 18 37.1 15.6 TuEN016D81
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0116P KC2016 07 01.94936 15 18 10.38 -22 27 43.0 15.9 NqEN016C27
0116P C2016 07 02.92815 15 18 18.51 -22 27 49.2 15.3 NQEN016C86
0116P C2016 07 02.94023 15 18 18.57 -22 27 48.7 15.4 NQEN016C86
0116P C2016 07 02.95230 15 18 18.68 -22 27 48.6 15.1 NQEN016C86
0129P C2016 06 28.35545 15 17 27.931-14 38 13.02 21.4 TLEN016F51
0129P C2016 06 28.36682 15 17 27.722-14 38 12.69 21.3 TLEN016F51
0129P C2016 06 28.37825 15 17 27.565-14 38 12.37 21.6 TLEN016F51
0180P KC2016 06 25.91100 14 26 36.45 -02 16 33.6 18.7 NqEN016C23
0180P KC2016 06 25.92069 14 26 36.61 -02 16 38.1 18.2 NqEN016C23
0180P 9C2016 06 27.96302 14 26 51.69 -02 35 39.9 19.4 NqEN016G40
0180P 9C2016 06 27.97105 14 26 51.73 -02 35 44.6 19.5 NqEN016G40
0180P C2016 06 28.30480 14 26 54.735-02 38 52.26 20.4 TLEN016F51
0180P C2016 06 28.33085 14 26 54.937-02 39 06.86 20.2 TLEN016F51
0180P C2016 06 28.34387 14 26 55.038-02 39 14.19 20.1 TLEN016F51
0188P KC2016 06 30.28157 23 15 53.04 -12 15 40.2 18.6 NqEN016W96
0188P KC2016 06 30.31217 23 15 53.70 -12 15 35.2 18.6 NqEN016W96
0188P KC2016 07 03.27250 23 16 57.55 -12 08 00.4 18.9 NqEN016W96
0188P KC2016 07 03.30063 23 16 58.08 -12 07 55.8 18.8 NqEN016W96
0219P KC2016 07 02.00821 17 51 04.47 -11 30 14.7 16.5 NqEN016K02
0219P KC2016 07 02.01414 17 51 04.04 -11 30 15.9 17.6 NqEN016K02
0237P KC2016 06 26.50359 13 10 04.57 -13 26 21.1 uEN016367
0237P KC2016 06 26.50480 13 10 04.65 -13 26 20.8 uEN016367
0237P KC2016 06 26.50642 13 10 04.74 -13 26 20.5 14.0 TuEN016367
0237P C2016 06 28.27189 13 11 49.86 -13 20 41.4 14.2 TLEN016T05
0237P C2016 06 28.28265 13 11 50.50 -13 20 39.4 14.2 TLEN016T05
0237P C2016 06 28.29369 13 11 51.14 -13 20 37.4 14.2 TLEN016T05
0237P C2016 06 28.30340 13 11 51.72 -13 20 35.4 14.2 TLEN016T05
0237P C2016 06 28.31379 13 11 52.31 -13 20 33.4 14.1 TLEN016T05
0237P S2016 06 28.68475 13 12 15.11 -13 19 24.3 17 TLEN016C51
0237P s2016 06 28.68475 1 - 6061.0104 - 2668.8958 - 1822.2228 EN016C51
0237P S2016 06 29.07784 13 12 39.32 -13 18 16.1 LEN016C51
0237P s2016 06 29.07784 1 - 6037.1405 - 2710.7449 - 1839.4430 EN016C51
0237P S2016 06 29.20888 13 12 47.44 -13 17 53.6 LEN016C51
0237P s2016 06 29.20888 1 - 6029.1202 - 2724.6450 - 1845.1474 EN016C51
0237P S2016 06 29.27445 13 12 51.50 -13 17 42.5 LEN016C51
0237P s2016 06 29.27445 1 - 6037.4295 - 2731.0008 - 1808.0093 EN016C51
0237P S2016 06 29.33991 13 12 55.57 -13 17 31.3 LEN016C51
0237P s2016 06 29.33991 1 - 6021.0504 - 2738.5212 - 1850.8922 EN016C51
0237P 1C2016 06 29.35447 13 12 56.53 -13 17 27.4 vEN016Q62
0237P 1C2016 06 29.35534 13 12 56.58 -13 17 27.1 vEN016Q62
0237P 1C2016 06 29.35622 13 12 56.64 -13 17 27.1 vEN016Q62
0237P 1C2016 06 29.35708 13 12 56.70 -13 17 26.9 13.2 TvEN016Q62
0237P S2016 06 29.40548 13 12 59.65 -13 17 20.3 LEN016C51
0237P s2016 06 29.40548 1 - 6029.3973 - 2744.9064 - 1813.6905 EN016C51
0237P ;C2016 06 29.40850 13 12 59.81 -13 17 18.8 14.4 NqEN016Q62
0237P ;C2016 06 29.40929 13 12 59.80 -13 17 18.5 14.5 NqEN016Q62
0237P ;C2016 06 29.41010 13 12 59.89 -13 17 18.1 14.5 NqEN016Q62
0237P ;C2016 06 29.41091 13 12 59.90 -13 17 17.0 14.5 NqEN016Q62
0237P ;C2016 06 29.41171 13 12 59.93 -13 17 17.1 14.6 NqEN016Q62
0237P S2016 06 29.53652 13 13 07.83 -13 16 58.4 LEN016C51
0237P s2016 06 29.53652 1 - 6021.7647 - 2758.8684 - 1818.4482 EN016C51
0237P S2016 06 29.66755 13 13 16.02 -13 16 36.7 LEN016C51
0237P s2016 06 29.66755 1 - 6013.6684 - 2772.7256 - 1824.1003 EN016C51
0237P S2016 06 29.79858 13 13 24.27 -13 16 15.2 LEN016C51
0237P s2016 06 29.79858 1 - 6005.5409 - 2786.5582 - 1829.7351 EN016C51
0237P S2016 06 30.06064 13 13 40.78 -13 15 32.9 LEN016C51
0237P s2016 06 30.06064 1 - 5989.2039 - 2814.1490 - 1840.9216 EN016C51
0237P C2016 06 30.13257 13 13 45.20 -13 15 25.7 14.5 TqEN016V83
0237P C2016 06 30.14571 13 13 46.03 -13 15 23.3 13.9 TqEN016V83
0237P C2016 06 30.15355 13 13 46.52 -13 15 22.1 13.9 TqEN016V83
0237P C2016 06 30.16221 13 13 47.05 -13 15 20.7 13.9 TqEN016V83
0237P C2016 06 30.16972 13 13 47.52 -13 15 19.5 14.1 TqEN016V83
0252P C2016 06 10.49222 16 39 25.09 +04 58 58.2 15.2 TqEN016D95
0252P C2016 06 10.49805 16 39 24.97 +04 58 53.3 qEN016D95
0252P C2016 06 10.49951 16 39 24.80 +04 58 51.7 qEN016D95
0252P KC2016 06 25.95785 16 35 08.83 +01 35 41.5 18.8 NqEN016C23
0252P KC2016 06 25.96652 16 35 08.86 +01 35 34.9 18.6 NqEN016C23
0252P 1C2016 06 29.55362 16 35 11.52 +00 48 01.2 vEN016Q62
0252P 1C2016 06 29.55531 16 35 11.51 +00 48 00.0 vEN016Q62
0252P 1C2016 06 29.55700 16 35 11.50 +00 47 58.7 17.1 TvEN016Q62
0337P C2016 07 03.15290 15 47 09.11 -06 03 33.9 19.9 TqEN016H45
0337P C2016 07 03.15467 15 47 09.11 -06 03 35.9 19.9 TqEN016H45
0337P C2016 07 03.15583 15 47 09.12 -06 03 37.5 19.7 TqEN016H45
0337P C2016 07 03.15737 15 47 09.14 -06 03 39.4 19.7 TqEN016H45
0337P C2016 07 03.15884 15 47 09.16 -06 03 41.3 19.8 TqEN016H45
0337P C2016 07 03.16055 15 47 09.18 -06 03 44.3 19.7 TqEN016H45
0337P C2016 07 03.16227 15 47 09.25 -06 03 47.1 19.6 TqEN016H45
0337P C2016 07 03.16386 15 47 09.28 -06 03 48.6 19.7 TqEN016H45
Observer details:
106 Crni Vrh. Observer H. Mikuz. 0.6-m f/3.3 Deltagraph + CCD.
203 GiaGa Observatory. Observers S. Foglia, G. Galli. Measurer G. Galli.
0.28-m f/6.8 Schmidt-Cassegrain + CCD.
213 Observatorio Montcabre. Observer R. Naves. Measurer M. Campas. 0.30-m
f/10 Schmidt-Cassegrain.
367 Yatsuka. Observer H. Abe. 0.26-m f/6.0 reflector + CCD.
372 Geisei. Observer T. Seki. 0.70-m f/10 reflector.
461 University of Szeged, Piszkesteto Stn. (Konkoly). Observer K. Sarneczky.
0.60-m Schmidt + CCD.
467 Auckland Observatory. Observers G. Gunn, G. W. Christie. Measurer
G. W. Christie. 0.40-m f/10 Schmidt-Cassegrain + CCD.
568 Mauna Kea. Observers K. J. Meech, P. Forshay, L. Wells, D. Woodworth.
Measurer M. Micheli. 3.6-m Canada-France-Hawaii Telescope + CCD.
585 Kyiv comet station. Observer A. Baransky. 0.7-m f/4 reflector + CCD.
750 Hobbs Observatory, Fall Creek. Observer N. Moritz. Measurer W. Childs.
0.6-m f/5 Newtonian reflector + CCD.
900 Moriyama. Observer Y. Ikari. 0.26-m f/7.0 reflector + CCD.
A77 Observatoire Chante-Perdrix, Dauban. Observer J.-F. Soulier. 0.20-m f/4
Newtonian reflector + CCD.
C23 Olmen. Observer A. Diepvens. 0.20-m f/9 refractor + CCD.
C27 Pallerols. Observer A. Jorba. 0.25-m f/4.8 reflector + CCD.
C47 Nonndorf. Observer G. Dangl. 0.25-m f/4.8 reflector + CCD.
C51 WISE. Measurers A. K. Mainzer, J. M. Bauer, T. Grav, J. R. Masiero,
J. W. Dailey, R. M. Cutri, E. L. Wright, C. Nugent, S. Sonnett, E. Kramer.
C86 Blanes. Observer J. Gaitan. 0.25-m f/6.8 reflector.
C90 Vinyols. Observer L. Tremosa. 0.30-m f/5 reflector + CCD.
D81 Nagano. Observer Y. Ohshima. 0.30-m f/4.6 reflector + CCD.
D95 Kurihara. Observer T. Takahashi. 0.25-m f/4.2 reflector + CCD.
F51 Pan-STARRS 1, Haleakala. Observers N. Primak, A. Schultz, T. Goggia,
M. Willman, B. Gibson. Measurers P. Veres, K. Chambers, S. Chastel,
L. Denneau, H. Flewelling, M. Huber, E. Lilly, E. Magnier, R. Wainscoat,
C. Waters, R. Weryk. 1.8-m Ritchey-Chretien + CCD.
G26 Fushan Observatory, Mt Shaohua. Observer W. Pei. 0.28-m f/2
Schmidt-Cassegrain + CCD.
G40 Slooh.com Canary Islands Observatory. Observer B. Lutkenhoner. 0.43-m
f/6.8 Corrected Dall-Kirkham + CCD.
G96 Mt. Lemmon Survey. Observer R. A. Kowalski. Measurers E. J. Christensen,
D. C. Fuls, A. R. Gibbs, A. D. Grauer, J. A. Johnson, R. A. Kowalski,
S. M. Larson, G. J. Leonard, R. G. Matheny, R. L. Seaman, F. C. Shelly.
1.5-m reflector + 10K CCD.
H45 Arkansas Sky Obs., Petit Jean Mountain South. Observer P. C. Sherrod.
Measurers P. C. Sherrod, L. P. Sherrod. 0.51-m f/6 astrograph + CCD.
H47 Vicksburg. Observer C. Bell. 0.3-m Schmidt-Cassegrain + CCD.
I39 Observatorio Cruz del Sur, San Justo. Observer A. Chapman. 0.20-m f/4
reflector + CCD.
I40 La Silla--TRAPPIST. Observer E. Jehin. Measurers M. Micheli, E. Jehin.
0.6-m f/8 reflector + CCD.
I66 Taurus Australis Observatory, Brasilia. Observer M. Sparrenberger.
0.32-m f/4.7 reflector + CCD.
J01 Observatorio Cielo Profundo, Leon. Observer J. Gonzalez. 0.28-m f/7.2
Schmidt-Cassegrain + CCD.
K02 Eastwood Observatory, Leigh on Sea. Observer P. Carson. 0.32-m reflector
+ CCD + f/5.4 focal reducer.
K14 Observatorio de Sencelles. Observer M. Morales. 0.20-m Newtonian
reflector + CCD.
K25 Haute Provence Sud, Saint-Michel-l'Observatoire. Observer L. Arnold.
0.20-m f/5.5 Newtonian reflector + CCD.
K51 Osservatorio del Celado, Castello Tesino. Observer R. Broccato. Measurer
M. Campestrin. 0.80-m f/4 reflector + CCD.
K95 MASTER-SAAO Observatory, Sutherland. Observers V. Lipunov, E. Gorbovskoy,
D. Buckley, P. Balanutsa, V. Kornilov, A. Kuznetsov, V. Chazov, N. Tiurina,
O. Gress, D. Vlasenko. 0.4-m f/2.5 reflector + CCD.
L04 ROASTERR-1 Observatory, Cluj-Napoca. Observer L. Hudin. 0.3-m f/5.0
reflector + CCD.
N50 Himalayan Chandra Telescope, IAO, Hanle. Observers S K. J. Meech,
D. Sahu, B. Bhatt. Measurer M. Micheli. 2.01-m reflector + CCD.
Q62 iTelescope Observatory, Siding Spring. Observers P. S. Lau, H. Sato,
M. Mattiazzo. 0.43-m f/6.8 astrograph + CCD, 0.51-m f/6.8 astrograph
+ CCD + f/4.5 focal reducer, 0.51-m f/6.8 astrograph + CCD + focal reducer.
Q68 Blue Mountains Observatory, Leura. Observers J. Oey, P. Camilleri,
H. Williams. Measurer P. Camilleri. 0.34-m f/5.9 Schmidt-Cassegrain
+ CCD.
T05 ATLAS-HKO, Haleakala. Observers L. Denneau, A. Heinze, H. Weiland,
B. Stalder, J. Tonry, A. Sherstyuk. Measurers L. Denneau, A. Heinze,
J. Tonry. 0.5-m f/2.0 Schmidt + CCD.
V02 Command Module, Tempe. Observer T. Polakis. Measurer M. Micheli. 0.3-m
f/6.5 reflector + CCD.
V83 Rolling Hills Observatory, Warrensburg. Observer R. Owens. 0.36-m f/1.9
Schmidt-Cassegrain + CCD.
W96 CAO, San Pedro de Atacama (since 2013). Observers A. Maury, J.-B. de
Vanssay, J.-F. Soulier, J.-G. Bosch, T. Noel. Measurers J.-F. Soulier,
J.-G. Bosch, T. Noel. 0.4-m f/5.4 Ritchey-Chretien + CCD.
W98 Polonia Observatory, San Pedro de Atacama. Observers M. Gedek,
M. Zolnowski, M. Kusiak, R. Reszelewski. Measurers R. Reszelewski,
M. Kusiak. 0.25-m f/3.6 reflector + CCD.
Y00 SONEAR Observatory, Oliveira. Observers C. Jacques, E. Pimentel,
J. Barros. Measurer C. Jacques. 0.28-m f/2.2 astrograph + CCD, 0.45-m
f/2.9 reflector + CCD.
Orbital elements:
C/2011 KP36 (Spacewatch)
Epoch 2016 May 12.0 TT = JDT 2457520.5
T 2016 May 26.89806 TT MPCW
q 4.8833083 (2000.0) P Q
z +0.0260352 Peri. 180.59792 +0.99445350 +0.09830573
+/-0.0000000 Node 173.40035 -0.09509734 +0.99227949
e 0.8728619 Incl. 18.98677 -0.04493032 +0.07561348
From 1550 observations 2011 May 21-2016 July 1, mean residual 0".4.
C/2011 KP36 (Spacewatch)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2016 May 26.84735 TT MPCW
q 4.8832935 (2000.0) P Q
z +0.0260344 Peri. 180.59157 +0.99444259 +0.09841599
+/-0.0000000 Node 173.40035 -0.09520737 +0.99226896
e 0.8728664 Incl. 18.98679 -0.04493870 +0.07560818
From 1550 observations 2011 May 21-2016 July 1, mean residual 0".4.
C/2013 V4 (Catalina)
Epoch 2015 Oct. 25.0 TT = JDT 2457320.5
T 2015 Oct. 7.60972 TT MPCW
q 5.1853685 (2000.0) P Q
z -0.0004908 Peri. 40.45028 +0.22784942 -0.60308471
+/-0.0000004 Node 55.62128 +0.46388176 -0.62303800
e 1.0025449 Incl. 67.85531 +0.85609483 +0.49810891
From 1862 observations 2013 Oct. 23-2016 June 9, mean residual 0".5.
C/2013 V4 (Catalina)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2015 Oct. 7.66347 TT MPCW
q 5.1855090 (2000.0) P Q
z -0.0004094 Peri. 40.45659 +0.22772741 -0.60302571
+/-0.0000004 Node 55.62801 +0.46380947 -0.62318712
e 1.0021229 Incl. 67.85927 +0.85616646 +0.49799378
From 1862 observations 2013 Oct. 23-2016 June 9, mean residual 0".5.
C/2014 M1 (PANSTARRS)
Epoch 2015 Sept. 15.0 TT = JDT 2457280.5
T 2015 Aug. 26.52287 TT MPCW
q 5.5766666 (2000.0) P Q
z -0.0003873 Peri. 336.74442 -0.22818397 -0.93347180
+/-0.0000011 Node 234.67523 -0.83152492 +0.03901267
e 1.0021596 Incl. 160.17558 -0.50645669 +0.35652267
From 79 observations 2014 June 24-2016 June 29, mean residual 0".4.
C/2014 M1 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2015 Aug. 26.57759 TT MPCW
q 5.5769926 (2000.0) P Q
z -0.0002785 Peri. 336.75544 -0.22833993 -0.93341897
+/-0.0000011 Node 234.67700 -0.83151147 +0.03911732
e 1.0015533 Incl. 160.17233 -0.50640848 +0.35664948
From 79 observations 2014 June 24-2016 June 29, mean residual 0".4.
C/2014 OE4 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2016 Dec. 10.65686 TT MPCW
q 6.2443951 (2000.0) P Q
z +0.0001121 Peri. 65.73427 -0.08376433 +0.50400839
+/-0.0000003 Node 240.40253 -0.74849468 +0.53766052
e 0.9992998 Incl. 81.35037 +0.65782920 +0.67594135
From 390 observations 2014 May 8-2016 July 2, mean residual 0".4.
C/2014 OE4 (PANSTARRS)
Epoch 2016 Nov. 28.0 TT = JDT 2457720.5
T 2016 Dec. 10.74401 TT MPCW
q 6.2443427 (2000.0) P Q
z +0.0000870 Peri. 65.74274 -0.08368781 +0.50406322
+/-0.0000003 Node 240.40004 -0.74842116 +0.53774679
e 0.9994570 Incl. 81.34886 +0.65792258 +0.67583183
From 390 observations 2014 May 8-2016 July 2, mean residual 0".4.
C/2014 Q2 (Lovejoy)
Epoch 2015 Jan. 18.0 TT = JDT 2457040.5
T 2015 Jan. 30.06921 TT MPCW
q 1.2903576 (2000.0) P Q
z +0.0017095 Peri. 12.39491 -0.12073170 -0.14528989
+/-0.0000001 Node 94.97559 +0.80568068 -0.59223981
e 0.9977941 Incl. 80.30211 +0.57991594 +0.79255464
From 7005 observations 2014 July 1-2016 July 3, mean residual 0".5.
C/2014 Q2 (Lovejoy)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2015 Jan. 30.02889 TT MPCW
q 1.2908550 (2000.0) P Q
z +0.0018004 Peri. 12.40403 -0.12102810 -0.14542131
+/-0.0000001 Node 94.98908 +0.80555976 -0.59240183
e 0.9976759 Incl. 80.28990 +0.58002213 +0.79240944
From 7005 observations 2014 July 1-2016 July 3, mean residual 0".5.
C/2014 R3 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2016 Aug. 7.88739 TT MPCW
q 7.2753827 (2000.0) P Q
z +0.0000170 Peri. 113.40053 -0.36315834 -0.82312016
+/-0.0000008 Node 334.11209 -0.21699901 +0.53039021
e 0.9998762 Incl. 90.83746 +0.90610565 -0.20287788
From 220 observations 2014 Sept. 6-2016 June 28, mean residual 0".3.
C/2014 S2 (PANSTARRS)
Epoch 2015 Dec. 4.0 TT = JDT 2457360.5
T 2015 Dec. 9.79903 TT MPCW
q 2.1006766 (2000.0) P Q
z +0.0058750 Peri. 87.80737 -0.02252628 -0.99155653
+/-0.0000003 Node 8.12231 +0.03398736 -0.12842171
e 0.9876584 Incl. 64.67037 +0.99916837 -0.01798632
From 2399 observations 2014 Sept. 2-2016 July 2, mean residual 0".7.
C/2014 S2 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2015 Dec. 9.87240 TT MPCW
q 2.1008716 (2000.0) P Q
z +0.0056017 Peri. 87.83067 -0.02289169 -0.99155443
+/-0.0000003 Node 8.11883 +0.03384461 -0.12838382
e 0.9882315 Incl. 64.67568 +0.99916491 -0.01836859
From 2399 observations 2014 Sept. 2-2016 July 2, mean residual 0".7.
C/2014 W2 (PANSTARRS)
Epoch 2016 Feb. 22.0 TT = JDT 2457440.5
T 2016 Mar. 10.48545 TT MPCW
q 2.6701908 (2000.0) P Q
z +0.0006288 Peri. 85.01014 -0.10047462 -0.35270699
+/-0.0000002 Node 69.96275 -0.27384808 -0.88913579
e 0.9983210 Incl. 81.99858 +0.95651037 -0.29160816
From 2187 observations 2014 Oct. 24-2016 July 3, mean residual 0".4.
C/2014 W2 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2016 Mar. 10.50232 TT MPCW
q 2.6702419 (2000.0) P Q
z +0.0006451 Peri. 85.01600 -0.10051204 -0.35269216
+/-0.0000002 Node 69.96303 -0.27393917 -0.88910936
e 0.9982775 Incl. 81.99853 +0.95648035 -0.29170667
From 2187 observations 2014 Oct. 24-2016 July 3, mean residual 0".4.
C/2014 W11 (PANSTARRS)
Epoch 2015 June 27.0 TT = JDT 2457200.5
T 2015 June 17.32282 TT MPCW
q 3.4268061 (2000.0) P Q
n 0.03217093 Peri. 225.64086 -0.93300787 -0.30062813
a 9.7909982 Node 295.93653 +0.35952110 -0.80242634
e 0.6500044 Incl. 12.70537 -0.01552061 -0.51549462
P 30.64
From 1001 observations 2014 Nov. 3-2016 June 11, mean residual 0".4.
C/2014 W11 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2015 June 16.87286 TT MPCW
q 3.4264367 (2000.0) P Q
n 0.03242801 Peri. 225.62241 -0.93261555 -0.30181798
a 9.7391825 Node 295.88288 +0.36056081 -0.80207124
e 0.6481803 Incl. 12.70199 -0.01497097 -0.51535195
P 30.39
From 1001 observations 2014 Nov. 3-2016 June 11, mean residual 0".4.
C/2014 W11 (PANSTARRS)
Epoch 2044 May 25.0 TT = JDT 2467760.5
T 2044 May 15.28241 TT MPCW
q 3.7193900 (2000.0) P Q
n 0.03405116 Peri. 227.52204 -0.91045327 -0.26430672
a 9.4271719 Node 294.82821 +0.39904970 -0.76362130
e 0.6054607 Incl. 20.52075 -0.10878503 -0.58908782
P 28.94
From 1001 observations 2014 Nov. 3-2016 June 11, mean residual 0".4.
C/2015 B2 (PANSTARRS)
Epoch 2016 May 12.0 TT = JDT 2457520.5
T 2016 May 6.57548 TT MPCW
q 3.3696110 (2000.0) P Q
z -0.0001220 Peri. 284.76909 +0.32050198 +0.89850875
+/-0.0000014 Node 341.90202 +0.51822778 -0.43137013
e 1.0004112 Incl. 105.08806 -0.79291768 +0.08125162
From 157 observations 2015 Jan. 6-2016 June 30, mean residual 0".4.
C/2015 B2 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2016 May 6.57943 TT MPCW
q 3.3696110 (2000.0) P Q
z -0.0001605 Peri. 284.76975 +0.32050992 +0.89850835
+/-0.0000014 Node 341.90249 +0.51822241 -0.43136858
e 1.0005410 Incl. 105.08783 -0.79291798 +0.08126436
From 157 observations 2015 Jan. 6-2016 June 30, mean residual 0".4.
C/2015 ER61 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2017 May 9.86209 TT MPCW
q 1.0425564 (2000.0) P Q
z +0.0019737 Peri. 68.04931 +0.54541858 +0.83323394
+/-0.0000027 Node 235.32315 -0.80396566 +0.48946770
e 0.9979423 Incl. 6.33719 -0.23697636 +0.25718199
From 484 observations 2015 Jan. 21-2016 June 29, mean residual 0".3.
C/2015 ER61 (PANSTARRS)
Epoch 2017 May 7.0 TT = JDT 2457880.5
T 2017 May 9.95260 TT MPCW
q 1.0421237 (2000.0) P Q
z +0.0026018 Peri. 68.19865 +0.54603295 +0.83282567
+/-0.0000027 Node 235.21709 -0.80368085 +0.49012203
e 0.9972886 Incl. 6.34909 -0.23652718 +0.25725821
From 484 observations 2015 Jan. 21-2016 June 29, mean residual 0".3.
C/2015 H2 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2016 Sept. 13.26045 TT MPCW
q 4.9670764 (2000.0) P Q
z -0.0006279 Peri. 287.90646 +0.17538354 +0.98040060
+/-0.0000025 Node 350.69225 -0.55230529 +0.02251341
e 1.0031188 Incl. 33.70517 -0.81498435 +0.19572382
From 74 observations 2015 Apr. 20-2016 July 2, mean residual 0".4.
C/2015 H2 (PANSTARRS)
Epoch 2016 Sept. 9.0 TT = JDT 2457640.5
T 2016 Sept. 13.26823 TT MPCW
q 4.9670740 (2000.0) P Q
z -0.0006467 Peri. 287.90738 +0.17540159 +0.98039753
+/-0.0000025 Node 350.69242 -0.55230481 +0.02252502
e 1.0032123 Incl. 33.70515 -0.81498079 +0.19573788
From 74 observations 2015 Apr. 20-2016 July 2, mean residual 0".4.
C/2015 LC2 (PANSTARRS)
Epoch 2015 May 18.0 TT = JDT 2457160.5
T 2015 May 1.62525 TT MPCW
q 5.8906102 (2000.0) P Q
z -0.0003309 Peri. 341.82797 -0.67450967 -0.26843868
+/-0.0000015 Node 223.56555 -0.49042708 -0.53338439
e 1.0019493 Incl. 93.71794 -0.55183148 +0.80214822
From 197 observations 2015 June 7-2016 June 29, mean residual 0".5.
C/2015 LC2 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2015 May 1.94456 TT MPCW
q 5.8915281 (2000.0) P Q
z -0.0002645 Peri. 341.86500 -0.67471243 -0.26789673
+/-0.0000015 Node 223.56597 -0.49074182 -0.53317411
e 1.0015581 Incl. 93.70876 -0.55130355 +0.80246914
From 197 observations 2015 June 7-2016 June 29, mean residual 0".5.
C/2015 O1 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2018 Feb. 18.86309 TT MPCW
q 3.7303099 (2000.0) P Q
z -0.0000413 Peri. 89.56048 -0.52071691 -0.50175396
+/-0.0000035 Node 299.85091 -0.59906150 +0.79118167
e 1.0001542 Incl. 127.21389 +0.60825917 +0.34967777
From 185 observations 2015 June 15-2016 July 2, mean residual 0".4.
C/2015 O1 (PANSTARRS)
Epoch 2018 Feb. 11.0 TT = JDT 2458160.5
T 2018 Feb. 19.01993 TT MPCW
q 3.7294174 (2000.0) P Q
z -0.0000424 Peri. 89.59814 -0.52098563 -0.50148141
+/-0.0000035 Node 299.85555 -0.59857359 +0.79153805
e 1.0001580 Incl. 127.21090 +0.60850935 +0.34926195
From 185 observations 2015 June 15-2016 July 2, mean residual 0".4.
C/2015 V2 (Johnson)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2017 June 12.37895 TT MPCW
q 1.6369672 (2000.0) P Q
z -0.0009435 Peri. 164.90026 -0.49009569 +0.49443009
+/-0.0000041 Node 69.85632 -0.85781275 -0.12731582
e 1.0015444 Incl. 49.87563 -0.15480147 -0.85984276
From 1087 observations 2015 Nov. 3-2016 June 27, mean residual 0".4.
C/2015 V2 (Johnson)
Epoch 2017 June 16.0 TT = JDT 2457920.5
T 2017 June 12.35243 TT MPCW
q 1.6369822 (2000.0) P Q
z -0.0010727 Peri. 164.89788 -0.49021420 +0.49434300
+/-0.0000041 Node 69.84949 -0.85775606 -0.12739716
e 1.0017560 Incl. 49.87662 -0.15474037 -0.85988078
From 1087 observations 2015 Nov. 3-2016 June 27, mean residual 0".4.
C/2015 V3 (PANSTARRS)
Epoch 2015 Dec. 4.0 TT = JDT 2457360.5
T 2015 Nov. 24.87437 TT MPCW
q 4.2356902 (2000.0) P Q
z +0.0012024 Peri. 0.82253 +0.99902409 -0.01702834
+/-0.0000056 Node 2.34076 +0.03263582 -0.33714810
e 0.9949070 Incl. 86.23024 +0.02976192 +0.94129761
From 72 observations 2015 Nov. 2-2016 June 3, mean residual 0".5.
C/2015 V3 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2015 Nov. 24.76502 TT MPCW
q 4.2354820 (2000.0) P Q
z +0.0012411 Peri. 0.80546 +0.99902886 -0.01673010
+/-0.0000056 Node 2.34114 +0.03274199 -0.33716255
e 0.9947434 Incl. 86.23171 +0.02948400 +0.94129778
From 72 observations 2015 Nov. 2-2016 June 3, mean residual 0".5.
C/2015 WZ (PANSTARRS)
Epoch 2016 Apr. 2.0 TT = JDT 2457480.5
T 2016 Apr. 15.79956 TT MPCW
q 1.3766381 (2000.0) P Q
z +0.0051600 Peri. 66.71060 +0.71419640 -0.52601716
+/-0.0000010 Node 40.04558 -0.47807067 -0.84845501
e 0.9928965 Incl. 134.13485 +0.51124549 -0.05856656
From 272 observations 2015 Oct. 25-2016 July 2, mean residual 0".6.
C/2015 WZ (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2016 Apr. 15.79881 TT MPCW
q 1.3766447 (2000.0) P Q
z +0.0051915 Peri. 66.71119 +0.71419349 -0.52601382
+/-0.0000010 Node 40.04636 -0.47807006 -0.84845656
e 0.9928532 Incl. 134.13475 +0.51125011 -0.05857414
From 272 observations 2015 Oct. 25-2016 July 2, mean residual 0".6.
C/2016 B1 (NEOWISE)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2016 Dec. 4.69775 TT MPCW
q 3.2060559 (2000.0) P Q
z +0.0021935 Peri. 8.55778 -0.53484317 +0.58736572
+/-0.0000131 Node 231.95412 -0.81369689 -0.55175143
e 0.9929675 Incl. 50.47027 -0.22768434 +0.59209110
From 98 observations 2016 Jan. 17-June 29, mean residual 0".4.
C/2016 B1 (NEOWISE)
Epoch 2016 Nov. 28.0 TT = JDT 2457720.5
T 2016 Dec. 4.72568 TT MPCW
q 3.2060086 (2000.0) P Q
z +0.0022572 Peri. 8.56460 -0.53479676 +0.58736806
+/-0.0000131 Node 231.95309 -0.81375123 -0.55164713
e 0.9927632 Incl. 50.47566 -0.22759911 +0.59218595
From 98 observations 2016 Jan. 17-June 29, mean residual 0".4.
C/2016 E1 (PANSTARRS)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2017 May 30.92302 TT MPCW
q 8.1779123 (2000.0) P Q
z -0.0003892 Peri. 47.21536 -0.79998553 +0.07902446
+/-0.0000358 Node 233.03100 -0.44487298 +0.58706611
e 1.0031830 Incl. 131.88746 +0.40263033 +0.80567271
From 44 observations 2016 Mar. 3-May 31, mean residual 0".3.
C/2016 E1 (PANSTARRS)
Epoch 2017 June 16.0 TT = JDT 2457920.5
T 2017 June 1.30874 TT MPCW
q 8.1770545 (2000.0) P Q
z -0.0003940 Peri. 47.30264 -0.79987841 +0.08012756
+/-0.0000358 Node 233.03639 -0.44400477 +0.58778920
e 1.0032218 Incl. 131.89237 +0.40379982 +0.80503629
From 44 observations 2016 Mar. 3-May 31, mean residual 0".3.
C/2016 KA (Catalina)
Epoch 2016 Jan. 13.0 TT = JDT 2457400.5
T 2016 Feb. 1.64554 TT MPCW
q 5.4016272 (2000.0) P Q
z -0.0001119 Peri. 63.13410 +0.18150507 -0.73542484
+/-0.0001095 Node 317.56734 -0.77566968 +0.30100705
e 1.0006047 Incl. 104.63069 +0.60447701 +0.60707913
From 59 observations 2016 May 16-July 2, mean residual 0".5.
C/2016 KA (Catalina)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2016 Feb. 1.66700 TT MPCW
q 5.4016664 (2000.0) P Q
z -0.0000287 Peri. 63.13648 +0.18145454 -0.73538911
+/-0.0001095 Node 317.56329 -0.77565766 +0.30109259
e 1.0001553 Incl. 104.62938 +0.60450761 +0.60707998
From 59 observations 2016 May 16-July 2, mean residual 0".5.
C/2016 K1 (LINEAR)
Epoch 2016 July 31.0 TT = JDT 2457600.5
T 2016 July 13.39362 TT MPCW
q 2.2914818 (2000.0) P Q
z -0.0001055 Peri. 18.25949 +0.78191707 -0.26674451
+/-0.0001938 Node 325.70242 -0.61908675 -0.22635239
e 1.0002417 Incl. 90.84622 +0.07305682 +0.93680946
From 92 observations 2016 May 31-July 1, mean residual 0".5.
Gareth V. Williams (C) Copyright 2016 MPC M.P.E.C. 2016-N16
Read MPEC 2016-N15
Read MPEC 2016-N17
Enter an MPEC number in one of the following forms:
- 1997-B01 (the full form)
- J97B01 (the packed version of the full form)
- B01 (the abbreviated form)