MPEC 2014-V61 : SIX NEW TNOS
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 2014-V60
Read MPEC 2014-V62
M.P.E.C. 2014-V61 Issued 2014 Nov. 14, 18:08 UT
The Minor Planet Electronic Circulars contain information on unusual
minor planets and routine data on comets. They are published
on behalf of Commission 20 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
SIX NEW TNOS
Observations:
K11Uf1J ~C2011 08 29.54186 02 01 31.259+13 20 06.82 LEV061568
K11Uf1J ~C2011 08 29.58893 02 01 31.136+13 20 06.13 LEV061568
K11Uf1J ~C2011 09 05.52844 02 01 12.476+13 18 46.27 24.2 rLEV061568
K11Uf1J*~C2011 10 24.40337 01 57 35.466+13 01 11.57 24.1 rLEV061568
K11Uf1J ~C2011 10 24.44610 01 57 35.238+13 01 10.37 24.1 rLEV061568
K11Uf1J ~C2011 10 24.48881 01 57 35.006+13 01 09.23 23.7 rLEV061568
K11Uf1J ~C2011 10 26.42314 01 57 24.872+13 00 17.42 23.9 rLEV061568
K11Uf1J ~C2011 10 30.52869 01 57 03.403+12 58 27.40 24.2 rLEV061568
K11Uf1J ~C2011 10 31.51164 01 56 58.307+12 58 01.20 23.9 rLEV061568
K11Uf1J ~C2011 11 24.29629 01 55 02.730+12 47 58.27 24.2 rLEV061568
K11Uf1J ~C2011 11 30.34253 01 54 37.599+12 45 45.09 24.0 rLEV061568
K11Uf1J ~C2011 11 30.35120 01 54 37.561+12 45 45.05 23.8 rLEV061568
K11Uf1J ~C2012 01 26.26707 01 53 17.619+12 38 31.21 24.3 rLEV061568
K11Uf1J ~C2012 08 17.56010 02 08 07.896+14 03 46.46 LEV061568
K11Uf1J ~C2012 08 22.61568 02 08 00.676+14 03 25.36 24.0 rLEV061568
K11Uf1J ~C2012 08 24.51776 02 07 57.344+14 03 13.88 LEV061568
K11Uf1J ~C2012 10 17.36532 02 04 29.041+13 47 22.26 23.8 rLEV061568
K11Uf1J ~C2012 10 20.46016 02 04 12.902+13 46 02.60 23.8 rLEV061568
K11Uf1J ~C2013 01 14.35870 01 59 17.586+13 20 27.99 24.4 rLEV061568
K11Uf1J ~C2013 02 02.24144 01 59 39.536+13 22 17.81 24.3 rLEV061568
K11Uf1J ~C2013 02 03.24708 01 59 41.758+13 22 29.19 24.1 rLEV061568
K11Uf1K ~C2011 08 29.49423 01 54 37.030+14 05 21.03 22.0 rLEV061568
K11Uf1K ~C2011 08 29.54612 01 54 36.887+14 05 20.25 22.1 rLEV061568
K11Uf1K ~C2011 08 29.59319 01 54 36.760+14 05 19.46 22.3 rLEV061568
K11Uf1K ~C2011 09 05.53271 01 54 16.422+14 03 18.55 22.1 rLEV061568
K11Uf1K*~C2011 10 24.41192 01 50 22.252+13 39 22.41 22.0 rLEV061568
K11Uf1K ~C2011 10 24.45467 01 50 22.008+13 39 20.90 21.9 rLEV061568
K11Uf1K ~C2011 10 24.49734 01 50 21.767+13 39 19.37 22.0 rLEV061568
K11Uf1K ~C2011 10 28.30888 01 50 00.547+13 37 02.88 21.9 rLEV061568
K11Uf1K ~C2011 10 29.31568 01 49 54.948+13 36 26.76 LEV061568
K11Uf1K ~C2011 10 30.53322 01 49 48.177+13 35 43.13 22.1 rLEV061568
K11Uf1K ~C2011 10 31.51590 01 49 42.755+13 35 07.86 22.1 rLEV061568
K11Uf1K ~C2011 11 24.26219 01 47 41.945+13 21 28.53 22.2 rLEV061568
K11Uf1K ~C2011 11 26.48272 01 47 32.155+13 20 18.18 22.2 rLEV061568
K11Uf1K ~C2012 01 25.26215 01 46 09.161+13 04 17.27 22.4 rLEV061568
K11Uf1K ~C2012 01 26.24693 01 46 11.170+13 04 19.91 22.2 rLEV061568
K11Uf1K ~C2012 02 15.25232 01 47 15.469+13 07 28.67 22.4 rLEV061568
K11Uf1K ~C2012 08 17.56436 02 03 16.120+14 22 15.01 22.2 rLEV061568
K11Uf1K ~C2012 08 23.55059 02 03 06.839+14 21 14.92 LEV061568
K11Uf1K ~C2012 08 23.55926 02 03 06.821+14 21 14.79 LEV061568
K11Uf1K ~C2012 08 24.52210 02 03 04.980+14 21 03.24 22.3 rLEV061568
K11Uf1K ~C2012 08 24.58191 02 03 04.853+14 21 02.46 22.4 rLEV061568
K11Uf1K ~C2012 10 17.36966 01 59 20.975+13 58 25.03 21.9 rLEV061568
K11Uf1K ~C2012 10 17.41240 01 59 20.727+13 58 23.66 21.9 rLEV061568
K11Uf1K ~C2012 10 20.46455 01 59 03.651+13 56 38.36 22.1 rLEV061568
K11Uf1K ~C2013 01 14.33106 01 54 02.982+13 19 51.13 22.4 rLEV061568
K11Uf1K ~C2013 02 06.29444 01 54 46.502+13 20 48.80 22.4 rLEV061568
K11Uf1K ~C2013 02 17.27964 01 55 28.304+13 23 13.17 22.6 rLEV061568
K11Uf1L ~C2011 08 29.50665 01 51 18.827+13 33 20.77 24.5 rLEV061568
K11Uf1L ~C2011 08 29.59745 01 51 18.571+13 33 19.80 24.6 rLEV061568
K11Uf1L*~C2011 10 24.41621 01 47 26.755+13 13 27.00 24.2 rLEV061568
K11Uf1L ~C2011 10 24.45893 01 47 26.541+13 13 25.81 24.5 rLEV061568
K11Uf1L ~C2011 10 24.50160 01 47 26.315+13 13 24.59 24.2 rLEV061568
K11Uf1L ~C2011 10 28.49290 01 47 06.455+13 11 33.72 24.7 rLEV061568
K11Uf1L ~C2011 10 30.53764 01 46 56.321+13 10 36.95 LEV061568
K11Uf1L ~C2011 11 26.46510 01 44 54.997+12 58 49.49 LEV061568
K11Uf1L ~C2012 01 27.29405 01 43 39.239+12 48 46.82 24.4 rLEV061568
K11Uf1L ~C2012 08 17.58997 01 57 37.337+14 07 28.37 24.8 rLEV061568
K11Uf1L ~C2012 08 24.54776 01 57 25.452+14 06 45.55 24.6 rLEV061568
K11Uf1L ~C2012 10 17.39097 01 53 58.486+13 49 46.52 LEV061568
K11Uf1L ~C2012 10 17.42115 01 53 58.326+13 49 45.63 LEV061568
K11Uf1L ~C2012 10 20.48606 01 53 43.012+13 48 23.44 24.2 rLEV061568
K11Uf1L ~C2013 01 14.35439 01 49 15.548+13 21 10.21 24.5 rLEV061568
K11Uf1L ~C2013 02 03.27083 01 49 43.805+13 22 41.53 25.1 rLEV061568
K11Uf1M*~C2011 10 24.43329 01 49 41.793+14 41 43.19 23.9 rLEV061568
K11Uf1M ~C2011 10 24.47598 01 49 41.607+14 41 42.29 24.3 rLEV061568
K11Uf1M ~C2011 10 24.51878 01 49 41.422+14 41 41.33 23.9 rLEV061568
K11Uf1M ~C2011 10 29.33738 01 49 21.006+14 39 56.05 LEV061568
K11Uf1M ~C2011 10 30.55522 01 49 15.844+14 39 28.92 24.0 rLEV061568
K11Uf1M ~C2011 11 24.26645 01 47 39.023+14 30 40.03 LEV061568
K11Uf1M ~C2012 01 26.25193 01 46 13.184+14 20 29.88 24.0 rLEV061568
K11Uf1M ~C2012 08 23.55493 01 56 48.203+15 26 16.84 24.4 rLEV061568
K11Uf1M ~C2012 08 24.58617 01 56 46.331+15 26 12.61 LEV061568
K11Uf1M ~C2012 10 17.41666 01 53 47.309+15 13 45.21 LEV061568
K11Uf1M ~C2012 10 20.51348 01 53 34.129+15 12 40.25 23.9 rLEV061568
K11Uf1M ~C2013 02 06.28578 01 50 04.286+14 50 55.72 24.2 rLEV061568
K11Uf1N ~C2011 08 30.52772 01 58 22.189+15 15 44.29 24.5 rLEV061568
K11Uf1N ~C2011 08 30.57409 01 58 22.052+15 15 43.79 24.0 rLEV061568
K11Uf1N ~C2011 10 25.32517 01 53 58.742+14 55 05.26 LEV061568
K11Uf1N ~C2011 10 25.36849 01 53 58.472+14 55 04.02 24.3 rLEV061568
K11Uf1N ~C2011 10 25.42298 01 53 58.156+14 55 02.25 24.1 rLEV061568
K11Uf1N ~C2011 10 25.48274 01 53 57.795+14 55 00.60 24.2 rLEV061568
K11Uf1N*~C2011 10 26.27399 01 53 53.261+14 54 36.24 24.5 rLEV061568
K11Uf1N ~C2011 10 26.32667 01 53 52.953+14 54 34.38 24.2 rLEV061568
K11Uf1N ~C2011 10 26.36985 01 53 52.701+14 54 32.94 24.0 rLEV061568
K11Uf1N ~C2011 10 31.54242 01 53 22.961+14 51 52.29 24.5 rLEV061568
K11Uf1N ~C2011 11 24.28350 01 51 17.109+14 39 52.10 LEV061568
K11Uf1N ~C2011 11 30.32972 01 50 50.039+14 37 06.52 LEV061568
K11Uf1N ~C2012 01 26.26197 01 49 34.599+14 25 41.63 24.3 rLEV061568
K11Uf1N ~C2012 01 27.33942 01 49 36.783+14 25 47.86 24.5 rLEV061568
K11Uf1N ~C2012 08 17.55584 02 06 49.153+16 01 57.30 24.8 rLEV061568
K11Uf1N ~C2012 08 22.61130 02 06 41.563+16 01 47.94 24.7 rLEV061568
K11Uf1N ~C2012 08 23.52913 02 06 39.919+16 01 44.50 24.9 rLEV061568
K11Uf1N ~C2012 08 24.48353 02 06 38.091+16 01 40.63 LEV061568
K11Uf1N ~C2012 08 24.56487 02 06 37.913+16 01 40.23 LEV061568
K11Uf1N ~C2012 10 21.32322 02 02 26.546+15 43 19.83 24.3 rLEV061568
K11Uf1N ~C2012 10 21.34894 02 02 26.390+15 43 19.02 24.4 rLEV061568
K11Uf1N ~C2012 10 21.37460 02 02 26.233+15 43 18.27 24.4 rLEV061568
K11Uf1N ~C2013 02 06.29902 01 57 54.730+15 12 56.63 24.2 rLEV061568
K11Uf1O ~C2011 08 30.49881 01 48 37.308+16 51 26.14 23.6 rLEV061568
K11Uf1O ~C2011 08 30.54538 01 48 37.154+16 51 25.90 23.8 rLEV061568
K11Uf1O ~C2011 08 30.59180 01 48 37.020+16 51 25.39 24.0 rLEV061568
K11Uf1O ~C2011 09 05.59321 01 48 17.573+16 50 29.83 24.2 rLEV061568
K11Uf1O ~C2011 10 25.34230 01 44 08.044+16 31 14.00 23.8 rLEV061568
K11Uf1O ~C2011 10 25.39116 01 44 07.767+16 31 12.60 23.8 rLEV061568
K11Uf1O*~C2011 10 26.29124 01 44 02.631+16 30 43.95 23.9 rLEV061568
K11Uf1O ~C2011 10 26.34391 01 44 02.327+16 30 42.29 23.9 rLEV061568
K11Uf1O ~C2011 10 26.38701 01 44 02.079+16 30 40.91 23.8 rLEV061568
K11Uf1O ~C2011 10 31.39270 01 43 33.688+16 28 00.01 23.9 rLEV061568
K11Uf1O ~C2011 11 24.24087 01 41 30.641+16 15 14.61 LEV061568
K11Uf1O ~C2011 11 26.46073 01 41 20.821+16 14 07.32 23.9 rLEV061568
K11Uf1O ~C2012 01 25.29729 01 40 02.523+15 58 02.84 23.8 rLEV061568
K11Uf1O ~C2012 01 26.28211 01 40 04.676+15 58 05.18 23.9 rLEV061568
K11Uf1O ~C2012 01 27.21609 01 40 06.825+15 58 08.00 24.0 rLEV061568
K11Uf1O ~C2012 08 17.57715 01 57 00.812+17 36 24.41 23.9 rLEV061568
K11Uf1O ~C2012 08 23.57113 01 56 49.866+17 36 23.70 24.1 rLEV061568
K11Uf1O ~C2012 08 23.58144 01 56 49.833+17 36 23.92 24.1 rLEV061568
K11Uf1O ~C2012 08 24.40933 01 56 48.045+17 36 21.91 24.0 rLEV061568
K11Uf1O ~C2012 08 24.45714 01 56 47.934+17 36 21.76 LEV061568
K11Uf1O ~C2012 08 24.53489 01 56 47.752+17 36 21.67 23.9 rLEV061568
K11Uf1O ~C2012 08 27.55400 01 56 40.501+17 36 10.91 24.2 rLEV061568
K11Uf1O ~C2012 10 17.38245 01 52 50.814+17 20 37.02 LEV061568
K11Uf1O ~C2012 10 20.47747 01 52 32.988+17 19 05.33 23.7 rLEV061568
K11Uf1O ~C2013 02 03.29696 01 48 10.011+16 43 30.21 24.6 rLEV061568
K11Uf1O ~C2013 02 06.26716 01 48 19.511+16 43 53.48 23.8 rLEV061568
Observer details:
568 Mauna Kea. Observers M. Alexandersen, J. Kavelaars, B. Gladman.
Measurers M. Alexandersen, J. Kavelaars, J.-M. Petit, S. Gwyn. 3.5-m
Canada-France-Hawaii Telescope + CCD.
Orbital elements:
2011 UJ411
Epoch 2014 Dec. 9.0 TT = JDT 2457000.5 MPC
M 347.98159 (2000.0) P Q
n 0.00358177 Peri. 30.82715 +0.61015565 -0.79159093
a 42.3062292 Node 21.62718 +0.70738663 +0.52550076
e 0.1196463 Incl. 5.14847 +0.35681121 +0.31182167
P 275 H 8.4 G 0.15 U 5
Residuals in seconds of arc
110829 568 0.1+ 0.1- 111030 568 0.2- 0.1- 120822 568 0.1- 0.2+
110829 568 0.0 0.3- 111031 568 0.0 0.0 120824 568 0.1+ 0.1+
110905 568 0.1+ 0.3- 111124 568 0.1- 0.0 121017 568 0.1- 0.0
111024 568 0.1+ 0.2+ 111130 568 0.1+ 0.1+ 121020 568 0.1+ 0.0
111024 568 0.1+ 0.1+ 111130 568 0.1+ 0.2+ 130114 568 0.2+ 0.1-
111024 568 0.0 0.1+ 120126 568 0.2- 0.1+ 130202 568 0.0 0.0
111026 568 0.1- 0.0 120817 568 0.1- 0.1- 130203 568 0.1- 0.1-
2011 UK411
Epoch 2014 Dec. 9.0 TT = JDT 2457000.5 MPC
M 339.33143 (2000.0) P Q
n 0.00357433 Peri. 210.79056 +0.34967915 -0.92526069
a 42.3648854 Node 219.28264 +0.89989854 +0.37536955
e 0.2345964 Incl. 13.42766 +0.26058993 -0.05468415
P 276 H 6.9 G 0.15 U 4
Residuals in seconds of arc
110829 568 0.0 0.1+ 111030 568 0.1- 0.1+ 120823 568 0.1- 0.0
110829 568 0.0 0.1+ 111031 568 0.1- 0.0 120824 568 0.0 0.0
110829 568 0.0 0.0 111124 568 0.2+ 0.1- 120824 568 0.1- 0.0
110905 568 0.1+ 0.1- 111126 568 0.1+ 0.2- 121017 568 0.2+ 0.1-
111024 568 0.0 0.0 120125 568 0.2- 0.1+ 121017 568 0.1+ 0.0
111024 568 0.0 0.0 120126 568 0.2- 0.0 121020 568 0.0 0.2+
111024 568 0.0 0.0 120215 568 0.0 0.0 130114 568 0.1+ 0.0
111028 568 0.1+ 0.0 120817 568 0.1- 0.1+ 130206 568 0.1+ 0.1+
111029 568 0.0 0.0 120823 568 0.0 0.0 130217 568 0.2- 0.2-
2011 UL411
Epoch 2014 Dec. 9.0 TT = JDT 2457000.5 MPC
M 1.39241 (2000.0) P Q
n 0.00359265 Peri. 84.11659 +0.83980776 -0.54221760
a 42.2207704 Node 308.71490 +0.48345689 +0.76949148
e 0.0717841 Incl. 1.97484 +0.24696631 +0.33746545
P 274 H 8.7 G 0.15 U 5
Residuals in seconds of arc
110829 568 0.1+ 0.1+ 111030 568 0.1- 0.0 121017 568 0.1+ 0.1-
110829 568 0.1- 0.1+ 111126 568 0.0 0.2+ 121020 568 0.2+ 0.0
111024 568 0.0 0.0 120127 568 0.0 0.1- 130114 568 0.1- 0.0
111024 568 0.0 0.0 120817 568 0.1- 0.1- 130203 568 0.1- 0.2+
111024 568 0.1- 0.1- 120824 568 0.1- 0.1-
111028 568 0.1+ 0.1- 121017 568 0.2+ 0.0
2011 UM411
Epoch 2014 Dec. 9.0 TT = JDT 2457000.5 MPC
M 188.75531 (2000.0) P Q
n 0.00359350 Peri. 195.95064 -0.88822115 +0.45826206
a 42.2141071 Node 11.49038 -0.40163036 -0.74015576
e 0.1472138 Incl. 9.40247 -0.22306108 -0.49210297
P 274 H 7.3 G 0.15 U 6
Residuals in seconds of arc
111024 568 0.0 0.1- 111030 568 0.0 0.2- 120824 568 0.0 0.1+
111024 568 0.0 0.1- 111124 568 0.1+ 0.1+ 121017 568 0.1+ 0.0
111024 568 0.0 0.1- 120126 568 0.2- 0.2+ 121020 568 0.0 0.1+
111029 568 0.1+ 0.1+ 120823 568 0.1- 0.1- 130206 568 0.0 0.1-
2011 UN411
Epoch 2014 Dec. 9.0 TT = JDT 2457000.5 MPC
M 6.41426 (2000.0) P Q
n 0.00357552 Peri. 61.52952 +0.88122952 -0.47166486
a 42.3554984 Node 326.58569 +0.41154262 +0.79793188
e 0.2104214 Incl. 3.23677 +0.23252354 +0.37528253
P 276 H 9.2 G 0.15 U 5
Residuals in seconds of arc
110830 568 0.1- 0.0 111026 568 0.1+ 0.1- 120823 568 0.0 0.0
110830 568 0.1- 0.1- 111031 568 0.0 0.0 120824 568 0.1+ 0.2+
111025 568 0.3+ 0.0 111124 568 0.0 0.0 120824 568 0.1- 0.1+
111025 568 0.0 0.1+ 111130 568 0.1+ 0.1+ 121021 568 0.1+ 0.0
111025 568 0.1+ 0.0 120126 568 0.2- 0.2- 121021 568 0.0 0.0
111025 568 0.0 0.2+ 120127 568 0.3- 0.2- 121021 568 0.1- 0.0
111026 568 0.1+ 0.2+ 120817 568 0.1- 0.0 130206 568 0.3+ 0.2-
111026 568 0.1+ 0.0 120822 568 0.3- 0.1+
2011 UO411
Epoch 2014 Dec. 9.0 TT = JDT 2457000.5 MPC
M 351.47780 (2000.0) P Q
n 0.00358168 Peri. 99.43208 +0.64407128 -0.76172028
a 42.3069422 Node 310.23116 +0.66068565 +0.60029057
e 0.2069064 Incl. 5.29003 +0.38557316 +0.24378978
P 275 H 8.7 G 0.15 U 4
Residuals in seconds of arc
110830 568 0.0 0.1- 111031 568 0.1+ 0.2+ 120824 568 0.1+ 0.0
110830 568 0.1- 0.0 111124 568 0.1- 0.1- 120824 568 0.0 0.1-
110830 568 0.0 0.2- 111126 568 0.0 0.1- 120824 568 0.0 0.0
110905 568 0.1+ 0.0 120125 568 0.0 0.1- 120827 568 0.1- 0.0
111025 568 0.1- 0.0 120126 568 0.0 0.1- 121017 568 0.0 0.1-
111025 568 0.0 0.2+ 120127 568 0.0 0.1- 121020 568 0.0 0.1+
111026 568 0.0 0.1+ 120817 568 0.1+ 0.1- 130203 568 0.0 0.1+
111026 568 0.0 0.1+ 120823 568 0.1+ 0.2- 130206 568 0.1- 0.0
111026 568 0.0 0.1+ 120823 568 0.1- 0.1+
Ephemeris:
2011 UJ411 a,e,i = 42.31, 0.12, 5 q = 37.244
Date TT R. A. (2000) Decl. Delta r Elong. Phase V
2014 10 15 02 17 33.7 +15 13 36 36.4317 37.3918 164.1 0.4 24.2
...
2014 10 30 02 16 14.7 +15 07 26 36.3976 37.3905 178.5 0.0 24.1
...
2014 11 07 02 15 32.2 +15 04 01 36.4075 37.3898 172.3 0.2 24.1
...
2014 11 13 02 15 00.9 +15 01 29 36.4275 37.3893 166.2 0.4 24.2
2014 11 14 02 14 55.8 +15 01 04 36.4319 37.3892 165.1 0.4 24.2
2014 11 15 02 14 50.7 +15 00 39 36.4366 37.3891 164.1 0.4 24.2
...
2014 11 21 02 14 20.9 +14 58 12 36.4709 37.3886 158.0 0.6 24.2
...
2014 11 29 02 13 43.8 +14 55 06 36.5326 37.3880 149.7 0.8 24.2
...
2014 12 14 02 12 45.2 +14 50 05 36.6929 37.3867 134.3 1.1 24.2
2011 UK411 a,e,i = 42.36, 0.23, 13 q = 32.426
Date TT R. A. (2000) Decl. Delta r Elong. Phase V
2014 10 15 02 16 38.9 +14 27 39 32.5438 33.5063 164.6 0.5 22.2
...
2014 10 30 02 15 14.2 +14 19 16 32.5079 33.5010 179.3 0.0 22.1
...
2014 11 07 02 14 28.7 +14 14 42 32.5167 33.4981 171.9 0.2 22.1
...
2014 11 13 02 13 55.3 +14 11 19 32.5361 33.4960 165.7 0.4 22.2
2014 11 14 02 13 49.8 +14 10 46 32.5404 33.4957 164.7 0.4 22.2
2014 11 15 02 13 44.4 +14 10 12 32.5449 33.4953 163.6 0.5 22.2
...
2014 11 21 02 13 12.6 +14 06 56 32.5785 33.4932 157.5 0.6 22.2
...
2014 11 29 02 12 33.2 +14 02 48 32.6392 33.4904 149.2 0.9 22.2
...
2014 12 14 02 11 31.6 +13 56 03 32.7973 33.4851 133.7 1.2 22.3
2011 UL411 a,e,i = 42.22, 0.07, 2 q = 39.190
Date TT R. A. (2000) Decl. Delta r Elong. Phase V
2014 10 15 02 06 17.8 +14 56 09 38.2197 39.1908 166.7 0.3 24.7
...
2014 10 30 02 05 02.4 +14 49 39 38.1989 39.1908 177.1 0.1 24.6
...
2014 11 07 02 04 22.3 +14 46 05 38.2157 39.1909 169.6 0.3 24.6
...
2014 11 13 02 03 53.0 +14 43 26 38.2410 39.1909 163.5 0.4 24.7
2014 11 14 02 03 48.2 +14 43 00 38.2462 39.1909 162.5 0.4 24.7
2014 11 15 02 03 43.5 +14 42 34 38.2518 39.1909 161.4 0.5 24.7
...
2014 11 21 02 03 15.9 +14 40 01 38.2911 39.1909 155.3 0.6 24.7
...
2014 11 29 02 02 41.8 +14 36 47 38.3591 39.1910 147.1 0.8 24.7
...
2014 12 14 02 01 49.0 +14 31 34 38.5298 39.1911 131.7 1.1 24.8
2011 UM411 a,e,i = 42.21, 0.15, 9 q = 36.000
Date TT R. A. (2000) Decl. Delta r Elong. Phase V
2014 10 15 02 01 20.1 +16 13 37 47.4038 48.3760 167.0 0.3 24.2
...
2014 10 30 02 00 15.9 +16 08 27 47.3852 48.3753 175.5 0.1 24.1
...
2014 11 07 01 59 41.9 +16 05 34 47.4031 48.3750 168.6 0.2 24.2
...
2014 11 13 01 59 17.2 +16 03 25 47.4291 48.3747 162.6 0.3 24.2
2014 11 14 01 59 13.1 +16 03 03 47.4345 48.3747 161.6 0.4 24.2
2014 11 15 01 59 09.1 +16 02 42 47.4402 48.3746 160.6 0.4 24.2
...
2014 11 21 01 58 45.8 +16 00 36 47.4801 48.3743 154.6 0.5 24.2
...
2014 11 29 01 58 17.0 +15 57 54 47.5489 48.3740 146.4 0.6 24.2
...
2014 12 14 01 57 32.1 +15 53 28 47.7206 48.3733 131.1 0.9 24.3
2011 UN411 a,e,i = 42.36, 0.21, 3 q = 33.443
Date TT R. A. (2000) Decl. Delta r Elong. Phase V
2014 10 15 02 19 31.3 +17 15 45 32.5731 33.5269 162.8 0.5 24.5
...
2014 10 30 02 18 04.4 +17 08 54 32.5370 33.5283 176.4 0.1 24.4
...
2014 11 07 02 17 17.6 +17 05 00 32.5457 33.5291 172.7 0.2 24.4
...
2014 11 13 02 16 43.1 +17 02 03 32.5649 33.5297 166.9 0.4 24.5
2014 11 14 02 16 37.5 +17 01 34 32.5692 33.5298 165.9 0.4 24.5
2014 11 15 02 16 31.9 +17 01 05 32.5738 33.5299 164.9 0.4 24.5
...
2014 11 21 02 15 59.0 +16 58 10 32.6073 33.5305 158.8 0.6 24.5
...
2014 11 29 02 15 18.1 +16 54 26 32.6681 33.5313 150.6 0.8 24.5
...
2014 12 14 02 14 13.7 +16 48 09 32.8272 33.5327 135.2 1.2 24.6
2011 UO411 a,e,i = 42.31, 0.21, 5 q = 33.553
Date TT R. A. (2000) Decl. Delta r Elong. Phase V
2014 10 15 02 09 26.1 +18 49 55 32.7544 33.7135 163.9 0.5 24.0
...
2014 10 30 02 07 58.7 +18 42 50 32.7227 33.7116 174.6 0.2 24.0
...
2014 11 07 02 07 12.1 +18 38 45 32.7337 33.7105 170.1 0.3 24.0
...
2014 11 13 02 06 38.1 +18 35 37 32.7546 33.7098 164.6 0.4 24.0
2014 11 14 02 06 32.5 +18 35 06 32.7592 33.7096 163.6 0.5 24.0
2014 11 15 02 06 27.0 +18 34 34 32.7640 33.7095 162.6 0.5 24.0
...
2014 11 21 02 05 54.9 +18 31 27 32.7991 33.7087 156.7 0.7 24.0
...
2014 11 29 02 05 15.2 +18 27 23 32.8616 33.7077 148.6 0.9 24.1
...
2014 12 14 02 04 13.9 +18 20 25 33.0229 33.7058 133.3 1.2 24.1
These 5:3 Neptune mean-motion resonant objects were detected in a
characterised survey. Characterisation data and other information will be
available from the discoverers after acceptance of a journal paper detailing
the survey. Dynamical classifications are based on a 10 Myr integration of
the nominal orbit as well as the two extremal semi-major axis orbits compatible
with the astrometry.
Gareth V. Williams (C) Copyright 2014 MPC M.P.E.C. 2014-V61
Read MPEC 2014-V60
Read MPEC 2014-V62
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)