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
6601
2015 DD130.2702/17/1957 04:48:00 AMMoon0.0077211 155 0550.22
6602
2017 SK1425.7709/30/1913 07:12:00 AMEarth0.0077231 155 2880.85
6603
2008 RV21.6707/12/2134 09:36:00 AMEarth0.0077231 155 4022.92
6604
2010 WA925.6102/03/1810 07:12:00 PMMars0.0077241 155 4230.89
6605
2016 RL4025.6503/10/1820 09:36:00 PMEarth0.0077261 155 7460.88
6606
2007 FY2024.8703/31/1859 01:12:00 PMMoon0.0077261 155 7851.12
6607
2012 QD823.0703/08/2094 08:24:00 PMEarth0.0077271 155 8991.92
6608
2017 OL6820.7712/20/1963 07:12:00 PMMars0.0077271 155 9223.82
6609
2005 XV77 (417210)20.5504/21/1979 01:12:00 AMMercury0.0077271 155 9794.08
6610
2000 AA622.0501/11/1896 01:12:00 PMEarth0.0077281 156 0222.60
6611
2017 WU126.8111/18/2017 02:24:00 PMEarth0.0077281 156 0860.62
6612
2015 RG226.6609/04/1933 07:12:00 PMMoon0.0077291 156 2750.65
6613
1997 XR2 (433953)20.9106/03/2202 06:00:00 PMMoon0.0077291 156 3033.66
6614
2007 UL1221.2610/09/2129 07:12:00 PMMercury0.0077301 156 3283.30
6615
2017 HV228.8704/21/1897 03:36:00 PMEarth0.0077301 156 4470.34
6616
2010 XN24.1710/19/2131 06:00:00 PMMars0.0077321 156 7461.38
6617
2013 SK2027.3909/29/2013 04:48:00 AMMoon0.0077331 156 7670.52
6618
2002 NN4 (163348)20.0506/06/1965 03:36:00 AMEarth0.0077351 157 1994.74
6619
2007 TD24.3709/23/1960 01:12:00 AMMoon0.0077351 157 2061.30
6620
2009 XO (438908)20.6305/04/1876 01:12:00 AMMoon0.0077371 157 4863.98
1 ... 253 ... 307 ... 321 ... 325 ... 327 328 329 330 331 332 333 334 335 336 ... 340 ... 353 ... 398 ... 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