Catalogue of the Solar System Small Bodies Orbital Evolution
Catalogue of the Solar System Small Bodies Orbital Evolution
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Asteroid search
Summary information
Asteroids selection
Closest approaches
Approaches archive
Diagram 2D
Histogram
Impact probability
Potential hazardous
Asteroid information
General data
Initial data
Approaches
Asteroid orbit evolution
Tables
Graphs
3D animation
Calculation

Asteroids Approaches Archive

Object
Period
#
AsteroidHDateObjectr, AU  r, kmRisk
6981
2006 JF42 (467460)19.0505/25/1881 02:24:00 PMMercury0.0080051 197 5476.18
6982
2015 SH28.1609/15/2015 00:00:00 AMMoon0.0080061 197 6630.40
6983
2015 DS5324.1503/02/2015 08:24:00 PMEarth0.0080061 197 6771.34
6984
2005 JZ9324.7105/16/2005 04:48:00 AMEarth0.0080071 197 8261.13
6985
2010 BC22.1601/23/1859 02:24:00 PMEarth0.0080071 197 8262.43
6986
2002 GR23.0903/23/2206 08:24:00 PMEarth0.0080071 197 8871.84
6987
2015 BC24.1401/22/2195 12:00:00 AMMoon0.0080081 197 9891.34
6988
2017 GM625.9310/10/1879 08:24:00 AMEarth0.0080081 198 0380.78
6989
2005 UL624.5108/11/1879 06:00:00 AMMoon0.0080091 198 0801.20
6990
2005 ED318 (423321)20.9006/02/2083 01:12:00 PMMoon0.0080091 198 1673.54
6991
1982 DB (4660 Nereus)18.7502/14/2060 07:12:00 AMEarth0.0080091 198 1986.75
6992
2003 YH11124.5212/30/2003 02:24:00 AMEarth0.0080111 198 3601.20
6993
2016 CD3126.9902/12/2016 01:12:00 PMMoon0.0080111 198 4990.57
6994
2010 KB824.0005/21/1887 02:24:00 AMMoon0.0080111 198 5011.40
6995
2012 BS128.3701/23/2012 09:36:00 PMEarth0.0080121 198 6110.38
6996
2016 CG1828.5002/04/2182 06:00:00 PMMoon0.0080121 198 6300.36
6997
2012 DK3121.8402/26/2018 07:12:00 AMMercury0.0080131 198 6602.67
6998
2011 BV1123.5707/26/2185 01:12:00 PMEarth0.0080131 198 6881.59
6999
2001 UP25.6610/21/2089 04:48:00 AMEarth0.0080131 198 7070.85
7000
2001 SG286 (612267)20.9105/20/1907 02:24:00 AMMoon0.0080141 198 8143.53
1 ... 268 ... 325 ... 340 ... 344 ... 346 347 348 349 350 351 352 353 354 355 ... 359 ... 371 ... 413 ... 605
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The table contains the archive of approaches of asteroids with major planets and the Moon at a distance less than 0.01 astronomical units and with the Sun at a distance less than 0.1 astronomical units, defined by calculations with use of equations of motion, considering gravitational, non-gravitational forces, relativistic effects, effects of planets nonsphericity. This method was used in calculations with use of input data from 12/13/2017 and more earlier.

This project was supported by the Federal Agency of Education (project codes RNP 2.1.1.1689, RNP 2.1.1.745).
Samara State Technical University
Applied Mathematics and Information Science Department
Яндекс.Метрика