The following information shows the result of the orbit fit based on Gary Bernstein's method. Most of the information should be self-explanatory. Take special note that while the original Bernstein software works with barycentric coordinates, we convert these results into a heliocentric coordinate system.
# Object: 15BZ517 # Created Fri Mar 7 02:10:18 2025 # Orbit generated from Bernstein formalism # Fitting 147 observations of 147 # Arc: 4.55y # First observation: 2014/11/18 # Last observation: 2019/06/08 Preliminary a, adot, b, bdot, g, gdot: 0.000005 0.030782 -0.000009 0.005252 0.026291 0.000000 # Chi-squared of fit: 42.58 DOF: 288 RMS: 0.10 # Min/Max residuals: -0.30 0.35 # Exact a, adot, b, bdot, g, gdot: 1.849503E-05 3.063702E-02 2.885516E-06 5.238439E-03 2.603350E-02 5.164867E-03 # Covariance matrix: 3.4268E-14 2.5587E-14 6.1569E-15 3.8698E-15 5.3836E-14 2.4252E-13 2.5587E-14 1.6145E-13 1.2419E-14 2.2326E-14 1.4589E-13 1.3839E-12 6.1569E-15 1.2419E-14 1.5861E-14 -5.1692E-15 1.7888E-14 9.9774E-14 3.8698E-15 2.2326E-14 -5.1692E-15 1.3987E-14 2.0049E-14 2.0857E-13 5.3836E-14 1.4589E-13 1.7888E-14 2.0049E-14 1.7903E-13 1.2472E-12 2.4252E-13 1.3839E-12 9.9774E-14 2.0857E-13 1.2472E-12 1.2917E-11 # lat0 lon0 xBary yBary zBary JD0 -9.349885 151.676421 0.983855 0.016787 0.100952 2456980.041948 # Heliocentric elements and errors Epoch: 2456980.5000 = 2014/11/19 Mean Anomaly: 9.17105 +/- 0.006 Argument of Peri: 288.59210 +/- 0.019 Long of Asc Node: 194.67083 +/- 0.001 Inclination: 13.25242 +/- 0.000 Eccentricity: 0.44574207 +/- 0.0001 Semi-Major Axis: 66.96683272 +/- 0.0056 Time of Perihelion: 2451881.2681 +/- 3.2 Perihelion: 37.11689814 +/- 0.0054 Aphelion: 96.81676730 +/- 0.0092 Period (y) 548.0218 +/- 0.07 # Ecliptic coordinates at JD0 (AU and AU/d) Ecliptic X -32.81034998 +/- 0.0005 Ecliptic Y 18.80046868 +/- 0.0003 Ecliptic Z -6.24045567 +/- 0.0001 Ecliptic XDOT -0.00208352 +/- 0.0000 Ecliptic YDOT -0.00254448 +/- 0.0000 Ecliptic ZDOT 0.00045545 +/- 0.0000 # Distances at JD0 (AU) Heliocenter to KBO 38.32649182 +/- 0.0005 Geocenter to KBO 38.41204254 +/- 0.0006 # Hcoef: 8.39
The following table shows the complete astrometric record for 15BZ517. The first three columns show the date of observation. The next six columns are RA and DEC. The next column (when provided) is the observed magnitude and filter. The next column is the object name (15BZ517) followed by the observatory code and reference code for the source of the astrometry.
2014 11 18.54117 10 01 27.451 +02 07 46.86 25.4g 15BZ517 568 C~2IuF 2014 11 18.54922 10 01 27.459 +02 07 46.70 25.5g 15BZ517 568 C~2IuF 2014 11 18.55337 10 01 27.464 +02 07 46.54 25.2g 15BZ517 568 C~2IuF 2014 11 18.55736 10 01 27.473 +02 07 46.50 25.3g 15BZ517 568 C~2IuF 2014 11 18.56136 10 01 27.478 +02 07 46.69 26.4g 15BZ517 568 C~2IuF 2014 11 18.56541 10 01 27.479 +02 07 46.35 25.2g 15BZ517 568 C~2IuF 2014 11 18.56926 10 01 27.485 +02 07 46.32 25.6g 15BZ517 568 C~2IuF 2014 11 18.57725 10 01 27.497 +02 07 46.04 25.4g 15BZ517 568 C~2IuF 2014 11 18.58129 10 01 27.493 +02 07 46.06 25.5g 15BZ517 568 C~2IuF 2014 11 18.58521 10 01 27.504 +02 07 45.92 25.3g 15BZ517 568 C~2IuF 2014 11 18.61946 10 01 27.543 +02 07 45.26 24.3y 15BZ517 568 C~2IuF 2014 11 18.62337 10 01 27.557 +02 07 45.24 24.0y 15BZ517 568 C~2IuF 2014 11 18.62732 10 01 27.556 +02 07 45.04 24.0y 15BZ517 568 C~2IuF 2014 11 18.63926 10 01 27.574 +02 07 44.88 24.2y 15BZ517 568 C~2IuF 2015 01 16.53142 09 59 58.372 +02 05 02.29 23.7z 15BZ517 568 C~2IuF 2015 01 16.53532 09 59 58.357 +02 05 02.34 23.7z 15BZ517 568 C~2IuF 2015 01 16.54314 09 59 58.324 +02 05 02.43 23.8z 15BZ517 568 C~2IuF 2015 01 16.54709 09 59 58.311 +02 05 02.52 23.8z 15BZ517 568 C~2IuF 2015 01 16.57631 09 59 58.193 +02 05 03.00 23.7z 15BZ517 568 C~2IuF 2015 01 16.58023 09 59 58.181 +02 05 03.07 23.5z 15BZ517 568 C~2IuF 2015 01 16.58434 09 59 58.159 +02 05 03.14 23.7z 15BZ517 568 C~2IuF 2015 01 16.60267 09 59 58.087 +02 05 03.38 23.8z 15BZ517 568 C~2IuF 2015 01 16.60660 09 59 58.073 +02 05 03.42 23.6z 15BZ517 568 C~2IuF 2015 01 16.61460 09 59 58.038 +02 05 03.52 23.9z 15BZ517 568 C~2IuF 2015 01 16.61860 09 59 58.024 +02 05 03.60 23.7z 15BZ517 568 C~2IuF 2015 01 16.63676 09 59 57.952 +02 05 03.87 23.7z 15BZ517 568 C~2IuF 2015 01 17.35469 09 59 55.152 +02 05 15.01 23.4i 15BZ517 568 C~1l4m 2015 01 17.36381 09 59 55.111 +02 05 15.21 23.6i 15BZ517 568 C~1l4m 2015 01 17.36840 09 59 55.091 +02 05 15.17 23.7i 15BZ517 568 C~1l4m 2015 01 17.37302 09 59 55.077 +02 05 15.28 23.4i 15BZ517 568 C~1l4m 2015 01 17.37761 09 59 55.058 +02 05 15.38 23.8i 15BZ517 568 C~1l4m 2015 01 17.38220 09 59 55.035 +02 05 15.40 23.9i 15BZ517 568 C~1l4m 2015 01 17.38681 09 59 55.020 +02 05 15.48 23.9i 15BZ517 568 C~1l4m 2015 01 17.39143 09 59 54.999 +02 05 15.54 23.7i 15BZ517 568 C~1l4m 2015 01 17.39598 09 59 54.978 +02 05 15.60 23.9i 15BZ517 568 C~1l4m 2015 01 17.42356 09 59 54.866 +02 05 16.04 23.9i 15BZ517 568 C~1l4m 2015 01 17.42811 09 59 54.851 +02 05 16.06 24.0i 15BZ517 568 C~1l4m 2015 01 17.43267 09 59 54.829 +02 05 16.20 23.9i 15BZ517 568 C~1l4m 2015 01 17.43721 09 59 54.813 +02 05 16.28 23.9i 15BZ517 568 C~1l4m 2015 01 17.44179 09 59 54.796 +02 05 16.33 23.9i 15BZ517 568 C~1l4m 2015 01 18.37829 09 59 51.057 +02 05 31.35 23.7y 15BZ517 568 C~1l4m 2015 01 18.42959 09 59 50.853 +02 05 32.16 24.2y 15BZ517 568 C~1l4m 2015 01 18.43465 09 59 50.830 +02 05 32.10 24.0y 15BZ517 568 C~1l4m 2015 01 18.43923 09 59 50.803 +02 05 32.24 22.9y 15BZ517 568 C~1l4m 2015 01 18.45295 09 59 50.750 +02 05 32.43 22.9y 15BZ517 568 C~1l4m 2015 01 18.51506 09 59 50.501 +02 05 33.36 23.3y 15BZ517 568 C~1l4m 2015 01 18.51961 09 59 50.484 +02 05 33.55 23.6y 15BZ517 568 C~1l4m 2015 01 18.52420 09 59 50.463 +02 05 33.62 23.5y 15BZ517 568 C~1l4m 2015 01 18.53841 09 59 50.404 +02 05 33.97 23.2y 15BZ517 568 C~1l4m 2015 01 18.54299 09 59 50.386 +02 05 33.85 24.0y 15BZ517 568 C~1l4m 2015 01 19.37835 09 59 47.024 +02 05 47.75 24.1z 15BZ517 568 C~1l4m 2015 01 19.38291 09 59 46.990 +02 05 47.79 23.8z 15BZ517 568 C~1l4m 2015 01 19.39213 09 59 46.955 +02 05 47.96 23.9z 15BZ517 568 C~1l4m 2015 01 19.39672 09 59 46.936 +02 05 48.15 23.4z 15BZ517 568 C~1l4m 2015 01 19.40132 09 59 46.928 +02 05 48.09 23.6z 15BZ517 568 C~1l4m 2015 01 19.40583 09 59 46.912 +02 05 48.15 23.6z 15BZ517 568 C~1l4m 2015 01 19.41042 09 59 46.884 +02 05 48.22 23.5z 15BZ517 568 C~1l4m 2015 01 19.43807 09 59 46.775 +02 05 48.69 23.9z 15BZ517 568 C~1l4m 2015 01 19.44262 09 59 46.751 +02 05 48.72 24.1z 15BZ517 568 C~1l4m 2015 01 19.44720 09 59 46.731 +02 05 48.83 23.7z 15BZ517 568 C~1l4m 2015 01 19.45178 09 59 46.712 +02 05 48.89 23.9z 15BZ517 568 C~1l4m 2015 01 19.45625 09 59 46.693 +02 05 48.96 24.3z 15BZ517 568 C~1l4m 2015 01 20.37533 09 59 42.941 +02 06 04.64 25.4g 15BZ517 568 C~1l4m 2015 01 20.38014 09 59 42.914 +02 06 04.67 25.3g 15BZ517 568 C~1l4m 2015 01 20.38492 09 59 42.894 +02 06 04.81 25.4g 15BZ517 568 C~1l4m 2015 01 20.38974 09 59 42.872 +02 06 04.82 25.3g 15BZ517 568 C~1l4m 2015 01 20.39452 09 59 42.848 +02 06 05.08 25.3g 15BZ517 568 C~1l4m 2015 01 20.39933 09 59 42.838 +02 06 05.13 25.4g 15BZ517 568 C~1l4m 2015 01 20.40415 09 59 42.814 +02 06 05.18 25.5g 15BZ517 568 C~1l4m 2015 01 20.40896 09 59 42.800 +02 06 05.20 25.4g 15BZ517 568 C~1l4m 2015 01 20.41374 09 59 42.775 +02 06 05.32 25.2g 15BZ517 568 C~1l4m 2015 01 20.44267 09 59 42.652 +02 06 05.89 25.2g 15BZ517 568 C~1l4m 2015 01 20.44761 09 59 42.633 +02 06 05.95 25.1g 15BZ517 568 C~1l4m 2015 01 20.45226 09 59 42.615 +02 06 06.03 25.5g 15BZ517 568 C~1l4m 2015 01 21.56265 09 59 37.986 +02 06 25.57 24.1i 15BZ517 568 C~2IuF 2015 01 21.56652 09 59 37.969 +02 06 25.64 23.9i 15BZ517 568 C~2IuF 2015 01 21.57534 09 59 37.92 +02 06 25.8 24.1i 15BZ517 T09 C~8eQo 2015 01 21.57962 09 59 37.91 +02 06 25.8 23.8i 15BZ517 T09 C~8eQo 2015 01 21.58763 09 59 37.881 +02 06 26.03 24.1i 15BZ517 568 C~2IuF 2015 01 21.59153 09 59 37.863 +02 06 26.07 24.1i 15BZ517 568 C~2IuF 2015 01 21.59539 09 59 37.847 +02 06 26.15 24.0i 15BZ517 568 C~2IuF 2015 01 21.60268 09 59 37.81 +02 06 26.3 23.9i 15BZ517 T09 C~8eQo 2015 01 21.61353 09 59 37.770 +02 06 26.49 24.1i 15BZ517 568 C~2IuF 2015 01 21.61741 09 59 37.753 +02 06 26.55 24.4i 15BZ517 568 C~2IuF 2015 01 21.62125 09 59 37.736 +02 06 26.61 24.0i 15BZ517 568 C~2IuF 2015 01 21.62851 09 59 37.70 +02 06 26.8 24.5i 15BZ517 T09 C~8eQo 2015 01 21.64326 09 59 37.645 +02 06 26.95 24.1i 15BZ517 568 C~2IuF 2015 01 21.65451 09 59 37.60 +02 06 27.2 24.0i 15BZ517 T09 C~8eQo 2015 01 27.54710 09 59 12.151 +02 08 21.90 23.0y 15BZ517 568 C~2IuF 2015 01 27.55890 09 59 12.084 +02 08 22.18 23.0y 15BZ517 568 C~2IuF 2015 01 27.58020 09 59 12.000 +02 08 22.65 23.0y 15BZ517 568 C~2IuF 2015 01 27.58410 09 59 11.969 +02 08 22.88 23.0y 15BZ517 568 C~2IuF 2015 01 27.58810 09 59 11.945 +02 08 22.83 23.0y 15BZ517 568 C~2IuF 2015 01 27.61050 09 59 11.856 +02 08 23.35 23.0y 15BZ517 568 C~2IuF 2015 01 27.61440 09 59 11.832 +02 08 23.21 23.0y 15BZ517 568 C~2IuF 2015 01 27.61830 09 59 11.801 +02 08 23.49 23.0y 15BZ517 568 C~2IuF 2015 01 27.62220 09 59 11.794 +02 08 23.44 23.0y 15BZ517 568 C~2IuF 2015 01 27.64030 09 59 11.724 +02 08 23.87 23.0y 15BZ517 568 C~2IuF 2015 01 27.64420 09 59 11.700 +02 08 23.91 23.0y 15BZ517 568 C~2IuF 2015 01 27.64810 09 59 11.683 +02 08 24.29 23.0y 15BZ517 568 C~2IuF 2015 03 18.39076 09 55 22.34 +02 32 27.2 24.5r 15BZ517 T09 C~8eQo 2015 03 18.41164 09 55 22.25 +02 32 27.8 24.6r 15BZ517 T09 C~8eQo 2015 03 18.44789 09 55 22.12 +02 32 29.0 24.5r 15BZ517 T09 C~8eQo 2015 03 20.35412 09 55 14.60 +02 33 30.8 24.1i 15BZ517 T09 C~8eQo 2015 03 20.36873 09 55 14.55 +02 33 31.3 24.4i 15BZ517 T09 C~8eQo 2016 03 04.43361 10 03 30.86 +02 04 40.3 24.5i 15BZ517 T09 C~89Qv 2016 03 04.44826 10 03 30.78 +02 04 40.5 24.1i 15BZ517 T09 C~89Qv 2016 03 04.46258 10 03 30.71 +02 04 41.0 23.9i 15BZ517 T09 C~89Qv 2016 03 07.29629 10 03 17.84 +02 06 13.1 26.0g 15BZ517 T09 C~89Qv 2016 03 07.32114 10 03 17.72 +02 06 13.7 25.3g 15BZ517 T09 C~89Qv 2016 03 07.32499 10 03 17.69 +02 06 14.0 25.2g 15BZ517 T09 C~89Qv 2016 03 07.32886 10 03 17.69 +02 06 14.0 25.1g 15BZ517 T09 C~89Qv 2016 03 09.29704 10 03 08.90 +02 07 18.0 24.8r 15BZ517 T09 C~89Qv 2016 03 09.30726 10 03 08.85 +02 07 18.4 24.5r 15BZ517 T09 C~89Qv 2016 03 09.32069 10 03 08.80 +02 07 18.9 24.8r 15BZ517 T09 C~89Qv 2016 03 09.32455 10 03 08.76 +02 07 18.9 24.7r 15BZ517 T09 C~89Qv 2016 03 09.32844 10 03 08.74 +02 07 19.2 24.8r 15BZ517 T09 C~89Qv 2016 03 09.33236 10 03 08.73 +02 07 19.0 24.9r 15BZ517 T09 C~89Qv 2016 03 09.33622 10 03 08.72 +02 07 19.4 24.7r 15BZ517 T09 C~89Qv 2016 03 09.34016 10 03 08.71 +02 07 19.4 24.8r 15BZ517 T09 C~89Qv 2016 03 12.43532 10 02 55.16 +02 09 00.9 24.0z 15BZ517 T09 C~89Qv 2016 03 12.43918 10 02 55.15 +02 09 01.1 24.6z 15BZ517 T09 C~89Qv 2016 03 12.44304 10 02 55.14 +02 09 01.1 24.4z 15BZ517 T09 C~89Qv 2016 03 12.45077 10 02 55.09 +02 09 01.3 24.3z 15BZ517 T09 C~89Qv 2016 03 12.45461 10 02 55.08 +02 09 01.3 24.6z 15BZ517 T09 C~89Qv 2016 03 12.45847 10 02 55.06 +02 09 01.6 24.0z 15BZ517 T09 C~89Qv 2016 03 12.46234 10 02 55.04 +02 09 01.8 24.2z 15BZ517 T09 C~89Qv 2016 03 12.46618 10 02 55.03 +02 09 01.9 24.0z 15BZ517 T09 C~89Qv 2016 03 12.47004 10 02 55.00 +02 09 01.9 23.8z 15BZ517 T09 C~89Qv 2016 03 12.47390 10 02 54.99 +02 09 01.9 23.9z 15BZ517 T09 C~89Qv 2016 03 15.46611 10 02 42.32 +02 10 40.3 23.5y 15BZ517 T09 C~89Qv 2016 03 15.49118 10 02 42.22 +02 10 40.9 23.5y 15BZ517 T09 C~89Qv 2016 03 15.49503 10 02 42.19 +02 10 41.3 23.7y 15BZ517 T09 C~89Qv 2016 03 15.50274 10 02 42.14 +02 10 41.3 23.3y 15BZ517 T09 C~89Qv 2016 03 15.50659 10 02 42.14 +02 10 41.3 24.2y 15BZ517 T09 C~89Qv 2016 03 15.51045 10 02 42.14 +02 10 41.6 23.6y 15BZ517 T09 C~89Qv 2016 03 15.53155 10 02 42.05 +02 10 42.4 24.3y 15BZ517 T09 C~89Qv 2017 02 02.509165 10 12 59.57 +01 29 41.6 15BZ517 T09 C~89Qv 2017 02 02.518094 10 12 59.53 +01 29 41.8 15BZ517 T09 C~89Qv 2018 01 17.649647 10 21 05.75 +01 04 09.8 15BZ517 T09 C~89Qv 2018 01 17.653019 10 21 05.74 +01 04 09.9 15BZ517 T09 C~89Qv 2019 01 11.38717 10 28 21.20 +00 42 41.4 24.9z 15BZ517 T09 C~89Qv 2019 01 11.41264 10 28 21.12 +00 42 41.7 24.3z 15BZ517 T09 C~89Qv 2019 01 11.45545 10 28 20.99 +00 42 42.1 24.1z 15BZ517 T09 C~89Qv 2019 01 11.50909 10 28 20.82 +00 42 42.7 23.9z 15BZ517 T09 C~89Qv 2019 06 08.247894 10 21 55.44 +01 40 15.1 15BZ517 T09 C~89Qv 2019 06 08.281121 10 21 55.51 +01 40 15.5 15BZ517 T09 C~89Qv
The following table shows the residuals to the orbit fit. The first coumn is the point number. The second column is the time, in years, measured from the first observation. The third and fifth columns are the regularized positions used in the orbit fit. The fourth and sixth columns are the residuals, in arc seconds, for RA and Dec respectively.
1 0.0000 0.00 0.02 0.00 0.06
2 0.0000 0.17 -0.01 -0.11 0.05
3 0.0000 0.29 0.02 -0.23 -0.02
4 0.0000 0.44 0.06 -0.22 0.04
5 0.0001 0.44 -0.04 -0.02 0.29
6 0.0001 0.57 -0.01 -0.33 0.03
7 0.0001 0.67 -0.01 -0.33 0.08
8 0.0001 0.93 0.06 -0.53 -0.02
9 0.0001 0.87 -0.10 -0.53 0.03
10 0.0001 1.07 0.01 -0.60 0.01
11 0.0002 1.85 -0.05 -1.02 0.02
12 0.0002 2.06 0.06 -0.96 0.13
13 0.0002 2.11 0.02 -1.15 -0.01
14 0.0003 2.42 0.04 -1.21 0.08
15 0.1615 -1193.05 0.03 -621.88 0.05
16 0.1615 -1193.28 0.04 -621.91 0.05
17 0.1615 -1193.78 0.03 -622.00 0.01
18 0.1615 -1193.99 0.05 -621.99 0.06
19 0.1616 -1195.81 0.03 -622.16 0.08
20 0.1616 -1196.01 0.07 -622.15 0.11
21 0.1617 -1196.34 -0.01 -622.20 0.09
22 0.1617 -1197.44 0.03 -622.36 0.06
23 0.1617 -1197.65 0.06 -622.39 0.05
24 0.1617 -1198.17 0.02 -622.48 0.02
25 0.1617 -1198.40 0.04 -622.48 0.04
26 0.1618 -1199.50 0.05 -622.61 0.04
27 0.1638 -1242.72 0.10 -626.87 0.12
28 0.1638 -1243.37 0.01 -626.90 0.15
29 0.1638 -1243.63 0.03 -627.04 0.04
30 0.1638 -1243.87 0.08 -627.01 0.10
31 0.1638 -1244.17 0.06 -627.02 0.12
32 0.1638 -1244.50 0.02 -627.12 0.05
33 0.1638 -1244.74 0.06 -627.12 0.08
34 0.1639 -1245.05 0.03 -627.18 0.05
35 0.1639 -1245.37 -0.00 -627.23 0.03
36 0.1639 -1247.10 -0.01 -627.41 0.03
37 0.1640 -1247.31 0.05 -627.47 -0.00
38 0.1640 -1247.67 -0.02 -627.45 0.04
39 0.1640 -1247.93 0.01 -627.46 0.06
40 0.1640 -1248.18 0.04 -627.50 0.05
41 0.1666 -1305.94 -0.10 -633.06 0.10
42 0.1667 -1309.09 -0.01 -633.37 0.11
43 0.1667 -1309.39 0.01 -633.55 -0.04
44 0.1667 -1309.82 -0.13 -633.56 -0.02
45 0.1668 -1310.63 -0.07 -633.66 -0.03
46 0.1669 -1314.45 0.04 -634.10 -0.08
47 0.1669 -1314.76 0.03 -634.01 0.04
48 0.1670 -1315.08 -0.00 -634.05 0.02
49 0.1670 -1316.03 -0.05 -634.03 0.13
50 0.1670 -1316.24 0.03 -634.24 -0.04
51 0.1693 -1368.32 0.08 -638.87 0.08
52 0.1693 -1368.81 -0.12 -639.01 -0.03
53 0.1693 -1369.36 -0.09 -639.03 -0.00
54 0.1694 -1369.69 -0.13 -638.96 0.10
55 0.1694 -1369.78 0.08 -639.05 0.03
56 0.1694 -1370.03 0.12 -639.08 0.03
57 0.1694 -1370.45 -0.00 -639.16 -0.02
58 0.1695 -1372.14 0.07 -639.29 0.01
59 0.1695 -1372.49 0.02 -639.39 -0.06
60 0.1695 -1372.81 -0.01 -639.39 -0.03
61 0.1695 -1373.10 0.00 -639.44 -0.05
62 0.1695 -1373.39 -0.00 -639.47 -0.06
63 0.1720 -1431.56 0.12 -644.48 0.01
64 0.1720 -1431.95 0.04 -644.59 -0.08
65 0.1721 -1432.28 0.02 -644.57 -0.02
66 0.1721 -1432.59 0.02 -644.67 -0.10
67 0.1721 -1433.02 -0.10 -644.55 0.04
68 0.1721 -1433.18 0.05 -644.56 0.06
69 0.1721 -1433.53 0.01 -644.64 0.01
70 0.1721 -1433.74 0.12 -644.69 -0.01
71 0.1721 -1434.13 0.04 -644.71 -0.00
72 0.1722 -1436.06 -0.00 -644.82 0.05
73 0.1722 -1436.35 0.03 -644.87 0.04
74 0.1722 -1436.63 0.05 -644.89 0.04
75 0.1753 -1508.47 -0.02 -650.88 -0.02
76 0.1753 -1508.73 -0.02 -650.90 -0.02
77 0.1753 -1509.48 -0.18 -651.01 -0.08
78 0.1753 -1509.62 -0.04 -651.06 -0.11
79 0.1753 -1510.10 0.00 -651.00 0.00
80 0.1754 -1510.37 -0.01 -651.06 -0.03
81 0.1754 -1510.62 -0.00 -651.07 -0.02
82 0.1754 -1511.20 -0.09 -651.12 -0.03
83 0.1754 -1511.82 -0.00 -651.15 -0.01
84 0.1754 -1512.08 -0.01 -651.18 -0.02
85 0.1754 -1512.34 -0.01 -651.22 -0.03
86 0.1755 -1512.91 -0.11 -651.23 0.00
87 0.1755 -1513.74 0.04 -651.38 -0.07
88 0.1755 -1514.46 0.07 -651.38 -0.01
89 0.1917 -1911.98 0.17 -677.49 -0.11
90 0.1917 -1913.01 -0.03 -677.58 -0.15
91 0.1918 -1914.36 0.13 -677.58 -0.06
92 0.1918 -1914.87 -0.11 -677.53 0.01
93 0.1918 -1915.19 -0.14 -677.70 -0.15
94 0.1918 -1916.63 0.01 -677.68 -0.03
95 0.1919 -1916.91 -0.00 -677.94 -0.28
96 0.1919 -1917.45 -0.26 -677.84 -0.16
97 0.1919 -1917.53 -0.06 -677.92 -0.23
98 0.1919 -1918.66 0.08 -677.89 -0.12
99 0.1919 -1919.01 0.01 -677.98 -0.19
100 0.1919 -1919.38 -0.09 -677.71 0.09
101 0.3281 -5645.59 -0.11 -528.10 0.12
102 0.3282 -5647.06 -0.15 -528.01 0.02
103 0.3283 -5649.31 0.09 -527.56 0.13
104 0.3335 -5776.58 -0.05 -509.02 -0.09
105 0.3335 -5777.46 0.05 -508.82 -0.02
106 1.2920 1797.95 0.18 473.78 0.19
107 1.2920 1796.75 0.11 473.54 -0.13
108 1.2921 1795.60 0.06 473.64 -0.11
109 1.2998 1582.61 -0.04 492.24 0.20
110 1.2999 1580.72 -0.05 492.17 -0.03
111 1.2999 1580.19 -0.29 492.29 0.07
112 1.2999 1580.19 0.01 492.29 0.05
113 1.3053 1434.35 0.07 506.02 -0.10
114 1.3053 1433.50 -0.00 506.13 -0.06
115 1.3054 1432.63 0.12 506.34 0.06
116 1.3054 1432.07 -0.15 506.13 -0.18
117 1.3054 1431.68 -0.24 506.30 -0.03
118 1.3054 1431.61 -0.02 506.06 -0.30
119 1.3054 1431.33 -0.01 506.39 -0.00
120 1.3054 1431.19 0.14 506.33 -0.08
121 1.3139 1205.38 -0.12 530.17 0.00
122 1.3139 1205.16 -0.05 530.31 0.11
123 1.3139 1205.02 0.09 530.25 0.03
124 1.3139 1204.25 -0.11 530.18 -0.11
125 1.3139 1204.11 0.03 530.13 -0.19
126 1.3139 1203.73 -0.08 530.30 -0.04
127 1.3140 1203.38 -0.15 530.38 0.01
128 1.3140 1203.20 -0.04 530.42 0.02
129 1.3140 1202.78 -0.18 530.27 -0.17
130 1.3140 1202.64 -0.04 530.21 -0.25
131 1.3222 990.27 0.03 555.78 0.05
132 1.3222 988.66 0.20 555.82 -0.12
133 1.3223 988.10 -0.09 556.04 0.06
134 1.3223 987.40 -0.25 555.77 -0.26
135 1.3223 987.40 0.03 555.77 -0.30
136 1.3223 987.29 0.19 556.05 -0.05
137 1.3224 985.75 0.14 556.33 0.05
138 2.2094 10527.47 0.11 1505.74 0.12
139 2.2094 10526.84 0.12 1505.71 0.12
140 3.1653 17927.16 -0.03 2646.09 0.03
141 3.1653 17926.98 -0.01 2646.13 0.09
142 4.1474 24564.48 -0.09 3756.77 0.06
143 4.1475 24563.23 -0.13 3756.62 0.08
144 4.1476 24561.23 -0.09 3756.30 0.03
145 4.1478 24558.60 -0.16 3755.96 0.04
146 4.5522 17861.52 0.35 4944.37 -0.10
147 4.5523 17862.37 0.15 4945.12 0.17
The following table comes from a 10My integration of the orbit of the object. Three columns are shown. The first column is the result of integrating the nominal orbit. The other two columns are based on clones of the nominal orbit that are +/- 3 sigma from the nominal orbit. If all three types agree then the classificiation is deemed secure. The basis for these calculations is described in more detail in AJ, 129, 1117 (2005). Any use made of these calculations should refer to and credit this publication and the Deep Ecliptic Survey Team.
15BZ517 quality flag:3 Type: SCATNEAR SCATNEAR SCATNEAR axisobj 66.375 66.394 66.357 ecceobj 0.441 0.441 0.441 incobj 13.272 13.272 13.272 qmin 36.421 36.428 36.273 qmax 97.662 97.890 97.855 amean 66.245 66.330 66.145 amin 65.382 65.449 65.082 amax 67.393 67.549 67.414 emean 0.436 0.436 0.436 emin 0.423 0.423 0.422 emax 0.450 0.451 0.452 imean 13.753 13.780 13.641 imin 13.082 13.128 12.664 imax 14.675 14.631 14.720 excite_mean 0.496 0.497 0.496 fracstop 1.000 1.000 1.000 cjmean 3.048 3.048 3.047 libcent 0 -180.0 -180.0 -180.0 libamp 0 -180.0 -180.0 -180.0 libcent 1 -180.0 -180.0 -180.0 libamp 1 -180.0 -180.0 -180.0 libcent 2 -180.0 -180.0 -180.0 libamp 2 -180.0 -180.0 -180.0 libcent 3 -180.0 -180.0 -180.0 libamp 3 -180.0 -180.0 -180.0 libcent 4 -180.0 -180.0 -180.0 libamp 4 -180.0 -180.0 -180.0 kozaimean 175.3 172.3 184.0 kozaiamp 179.9 180.0 180.0