IAA RAS IAA Minor Planet Database

2016 CJ32

NEO ⇩ IMP ⇩ COV ★ EPH ⇩ OBS
Orbital Elements
Epoch (TDB)2025-11-21 (JD 2461000.5)
Eccentricity (e)0.2695395937 ± 5.70e-05
Semi-major axis (a)1.4666012148 AU ± 1.36e-04
Inclination (i)16.10794764° ± 2.50e-03
Long. of Asc. Node (Ω)141.52118695° ± 2.31e-04
Arg. of Perihelion (ω)317.75061198° ± 1.40e-03
Mean Anomaly (M)205.11718840° ± 2.84e-01
Mean Motion (n)0.5549376817°/day ± 7.72e-05
Perihelion dist (q)1.07129412 AU ± 1.30e-04
Aphelion dist (Q)1.86190831 AU ± 1.92e-04
Orbital Period1.77610264 yr ± 2.47e-04
Physical Parameters
H (abs. magnitude)23.70
G (slope)0.15
Orbit Solution
SourceIAA
Solution Date2026-06-02
RMS Residual0.291″
Uncertainty3
Orbit TypeAmor
MOID0.132044 AU
Observations Used57
Oppositions1
Arc Total2016-2016
First Observation Used2016-02-07
Last Observation Used2016-03-01
Observations (59)
Date Type RA Dec Mag Band Observatory
2016-02-07 04:02:01 C 08 38 41.49 +06 31 00.7 – q I52
2016-02-07 04:06:06 C 08 38 41.88 +06 31 21.6 – q I52
2016-02-07 04:09:27 C 08 38 42.14 +06 31 39.8 – q I52
2016-02-07 04:13:32 C 08 38 42.46 +06 32 01.5 – q I52
2016-02-07 04:49:18 C 08 38 45.66 +06 35 14.0 – q I52
2016-02-07 04:50:28 C 08 38 45.75 +06 35 20.4 – q I52
2016-02-07 05:39:01 C 08 38 49.71 +06 39 39.3 – t H01
2016-02-07 05:48:43 C 08 38 50.54 +06 40 31.2 – t H01
2016-02-07 05:57:10 C 08 38 51.26 +06 41 16.5 – t H01
2016-02-07 06:09:07 C 08 38 52.29 +06 42 20.5 – t H01
2016-02-07 08:38:44 C 08 39 05.29 +06 55 40.7 – q I52
2016-02-07 08:46:53 C 08 39 06.02 +06 56 24.4 – q I52
2016-02-07 08:48:03 C 08 39 06.12 +06 56 30.4 – q I52
2016-02-07 08:49:13 C 08 39 06.21 +06 56 36.2 – q I52
2016-02-07 13:01:33 C 08 39 32.68 +07 20 18.0 – t 474
2016-02-07 13:05:00 C 08 39 32.96 +07 20 36.2 – t 474
2016-02-07 13:09:02 C 08 39 33.35 +07 20 57.8 – t 474
2016-02-07 13:12:29 C 08 39 33.64 +07 21 15.1 – t 474
2016-02-08 03:30:24 C 08 41 03.69 +08 35 24.5 – q I52
2016-02-08 03:32:14 C 08 41 03.80 +08 35 33.9 – q I52
2016-02-08 03:34:05 C 08 41 03.97 +08 35 43.0 – q I52
2016-02-08 03:35:54 C 08 41 04.19 +08 35 52.2 – q I52
2016-02-08 10:24:26 C 08 41 43.79 +09 12 43.4 – t 474
2016-02-08 10:26:59 C 08 41 44.09 +09 12 56.4 – t 474
2016-02-08 10:29:33 C 08 41 44.27 +09 13 09.7 – t 474
2016-02-08 10:32:07 C 08 41 44.51 +09 13 22.4 – t 474
2016-02-10 04:57:00 C 08 45 59.74 +12 47 09.3 – q I52
2016-02-10 05:06:05 C 08 46 00.49 +12 47 54.3 – q I52
2016-02-10 05:09:25 C 08 46 00.80 +12 48 10.8 – q I52
2016-02-10 05:12:46 C 08 46 01.08 +12 48 27.1 – q I52
2016-02-10 05:54:33 C 08 46 04.65 +12 51 54.0 – q I52
2016-02-10 06:02:08 C 08 46 05.31 +12 52 31.8 – q I52
2016-02-10 06:07:31 C 08 46 05.74 +12 52 57.9 – q I52
2016-02-10 06:10:51 C 08 46 06.01 +12 53 14.5 – q I52
2016-02-11 06:09:02 C 08 48 29.19 +14 49 10.6 – q I52
2016-02-11 06:19:55 C 08 48 30.09 +14 50 02.7 – q I52
2016-02-11 06:26:45 C 08 48 30.66 +14 50 35.1 – q I52
2016-02-11 06:33:35 C 08 48 31.23 +14 51 07.6 – q I52
2016-02-11 06:54:12 C 08 48 35.739 +14 52 52.56 – L F51
2016-02-11 07:28:10 C 08 48 38.690 +14 55 35.76 – L F51
2016-02-11 07:44:56 C 08 48 40.108 +14 56 55.41 – L F51
2016-02-13 04:46:03 C 08 53 06.89 +18 22 12.6 – q I52
2016-02-13 04:49:22 C 08 53 07.16 +18 22 27.4 – q I52
2016-02-13 04:53:23 C 08 53 07.53 +18 22 44.5 – q I52
2016-02-13 04:57:38 C 08 53 07.89 +18 23 03.5 – q I52
2016-02-13 05:58:42 C 08 53 13.02 +18 27 32.0 – q I52
2016-02-13 06:02:01 C 08 53 13.30 +18 27 47.0 – q I52
2016-02-13 06:08:54 C 08 53 13.87 +18 28 16.9 – q I52
2016-02-13 06:12:55 C 08 53 14.22 +18 28 34.8 – q I52
2016-02-17 04:51:03 C 09 02 28.19 +24 45 38.3 – q G96