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
8881
2014 SR26126.8009/16/1953 12:00:00 AMMoon0.0093031 391 7310.52
8882
2016 TU27.1710/02/1824 01:12:00 PMEarth0.0093041 391 8420.47
8883
2016 RY1725.3609/09/2016 06:00:00 PMEarth0.0093051 392 0480.80
8884
2017 QN227.8108/19/1834 01:12:00 PMMoon0.0093061 392 1050.38
8885
2010 JO3324.9605/12/2010 04:48:00 PMEarth0.0093071 392 2520.90
8886
2010 VP13927.4311/07/2057 02:24:00 AMEarth0.0093081 392 4040.43
8887
2016 UE5726.3710/27/2016 09:36:00 PMMoon0.0093091 392 5660.59
8888
2015 OA2624.3207/14/1872 09:36:00 AMMoon0.0093091 392 6421.09
8889
2014 YQ15 (487577)21.0812/15/1959 03:36:00 AMEarth0.0093091 392 6492.89
8890
2010 UZ724.7110/18/2162 07:12:00 AMEarth0.0093111 392 9090.97
8891
2005 UC327.1108/31/1989 09:36:00 AMMoon0.0093121 393 0280.47
8892
2003 UV11 (503941)19.6209/23/1991 07:12:00 PMMercury0.0093131 393 1644.47
8893
1997 CD1727.4702/10/1997 00:00:00 AMMoon0.0093141 393 3810.42
8894
2007 VE13825.7511/14/2007 08:24:00 AMMoon0.0093151 393 4440.71
8895
2012 SF5825.8909/23/2125 06:00:00 AMMoon0.0093151 393 4980.68
8896
2001 TX1 (286080)21.2405/06/2026 06:00:00 PMMars0.0093171 393 8242.75
8897
2010 GK6524.4907/28/2178 10:48:00 PMMoon0.0093181 393 8811.04
8898
2010 MY11221.0512/12/1858 02:24:00 AMVenus0.0093181 393 9682.91
8899
2015 RO8325.0809/04/2052 08:24:00 AMEarth0.0093181 393 9810.87
8900
1999 RD32 (192642)16.5108/27/1969 03:36:00 AMEarth0.0093191 394 07911.37
1 ... 345 ... 415 ... 433 ... 439 ... 441 442 443 444 445 446 447 448 449 ... 452 ... 460 ... 488 ... 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