Asteroids Approaches Archive

5621

2017 SB₂₀

24.83

10/09/1886 07:12:00 PM

Moon

0.006990

1 045 736

1.25

5622

2014 SM₁₄₃ (712200)

20.39

04/20/1934 01:12:00 AM

Moon

0.006990

1 045 747

4.73

5623

2014 LY₂₁

29.07

05/09/1925 07:12:00 PM

Earth

0.006991

1 045 787

0.35

5624

2016 VB₁

28.57

10/23/1916 06:00:00 PM

Earth

0.006991

1 045 815

0.41

5625

2017 FA₁₀₂

25.44

08/09/1880 07:12:00 PM

Earth

0.006992

1 045 987

1.04

5626

2015 KE

26.17

05/05/1909 03:36:00 PM

Moon

0.006992

1 046 008

0.84

5627

2007 WM₃

23.25

04/28/2083 10:48:00 AM

Mercury

0.006993

1 046 178

2.01

5628

2016 VP₁

27.31

11/01/2056 04:48:00 AM

Moon

0.006995

1 046 364

0.59

5629

2004 HT₅₉

27.33

04/26/2004 06:00:00 AM

Earth

0.006995

1 046 415

0.59

5630

2014 OO₆

23.19

01/09/1852 02:24:00 PM

Moon

0.006996

1 046 526

2.04

5631

2017 CX₁

28.21

02/05/1955 03:36:00 PM

Moon

0.006997

1 046 745

0.45

5632

2010 FV₉

25.42

03/16/1880 06:00:00 AM

Earth

0.006997

1 046 767

1.05

5633

2012 TV

25.21

04/04/2118 02:24:00 PM

Moon

0.006997

1 046 782

1.11

5634

2010 AH₃

26.27

12/21/1864 03:36:00 AM

Moon

0.006998

1 046 852

0.81

5635

2012 BM₈₆

21.88

03/01/2119 02:24:00 AM

Moon

0.006999

1 047 062

3.02

5636

2001 XH₁₆

24.72

10/24/1823 04:48:00 PM

Mars

0.007000

1 047 145

1.29

5637

2017 HU₃

25.23

05/05/2185 00:00:00 AM

Moon

0.007002

1 047 491

1.11

5638

2010 UK

26.85

10/17/2010 02:24:00 PM

Moon

0.007003

1 047 589

0.68

5639

2017 WT₁₂

27.22

11/26/1902 02:24:00 AM

Earth

0.007003

1 047 613

0.61

5640

1998 LE

20.34

12/21/2132 07:12:00 AM

Mars

0.007003

1 047 626

4.79

1 ... 213 ... 260 ... 273 ... 277 278 279 280 281 282 283 284 285 286 ... 288 ... 292 ... 306 ... 359 ... 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.

Object
Period