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
7341
2016 UR526.7410/23/1944 10:48:00 PMMoon0.0082561 235 0120.60
7342
2015 FR3323.5011/11/1828 07:12:00 PMMars0.0082561 235 0821.58
7343
1998 DK3625.0202/19/2075 07:12:00 PMMoon0.0082561 235 0931.00
7344
2008 CM7428.0402/14/2186 02:24:00 AMEarth0.0082561 235 1270.40
7345
2002 XR14 (170086)18.1403/15/2182 04:48:00 AMMars0.0082571 235 2197.87
7346
2016 VD427.6111/07/2069 07:12:00 PMMoon0.0082581 235 3470.46
7347
2014 EG4521.9503/04/2014 04:48:00 PMEarth0.0082581 235 4372.51
7348
2017 OE726.2609/01/2065 06:00:00 PMMoon0.0082591 235 4680.69
7349
2012 HG226.9704/12/1976 10:48:00 PMEarth0.0082591 235 4900.56
7350
2008 CT127.5610/31/1936 02:24:00 AMMoon0.0082611 235 7700.47
7351
2016 FV624.1603/10/1987 09:36:00 PMVenus0.0082611 235 8531.29
7352
2011 BR15 (458452)19.7703/29/1958 01:12:00 AMVenus0.0082621 235 9994.82
7353
2016 FZ1226.7603/19/2016 04:48:00 AMMoon0.0082621 236 0490.59
7354
2010 WC25.5211/22/2187 03:36:00 PMMoon0.0082641 236 3480.86
7355
2016 AB16624.4501/12/2016 00:00:00 AMEarth0.0082641 236 3511.18
7356
2013 VC13 (486692)19.3708/14/2165 09:36:00 AMMars0.0082651 236 4045.43
7357
2016 XR2325.2412/13/1959 04:48:00 AMEarth0.0082661 236 6240.93
7358
2006 VQ13 (374855)20.1111/16/2194 12:00:00 AMMoon0.0082671 236 7944.35
7359
2015 XT37828.0412/09/2004 03:36:00 AMMoon0.0082681 236 8380.40
7360
2017 BM9326.5502/08/2017 08:24:00 AMMoon0.0082681 236 8510.63
1 ... 282 ... 342 ... 357 ... 362 ... 364 365 366 367 368 369 370 371 372 373 ... 377 ... 388 ... 428 ... 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