Asteroids Approaches Archive

8681

2003 YN₁₀₇

26.28

12/08/2173 06:00:00 AM

Moon

0.009171

1 371 892

0.62

8682

2016 WU

27.30

11/15/2130 09:36:00 PM

Earth

0.009171

1 371 917

0.45

8683

2005 WX

26.93

11/23/2110 10:48:00 PM

Earth

0.009172

1 372 065

0.51

8684

2016 JA₆

26.34

11/06/2139 10:48:00 PM

Earth

0.009174

1 372 472

0.60

8685

2017 FZ₂

26.64

03/26/2196 02:24:00 PM

Moon

0.009175

1 372 630

0.55

8686

2014 KW₇₆

28.04

05/26/1967 04:48:00 AM

Moon

0.009176

1 372 753

0.36

8687

2015 VP₆₄

28.31

05/19/2184 02:24:00 AM

Moon

0.009177

1 372 804

0.33

8688

2011 CJ₂₂

26.72

02/13/1947 06:00:00 AM

Moon

0.009178

1 372 954

0.54

8689

2014 GG₁

26.31

03/27/2014 01:12:00 PM

Earth

0.009181

1 373 430

0.61

8690

2015 KW₁₂₁

26.12

05/22/1870 03:36:00 AM

Earth

0.009181

1 373 517

0.65

8691

1998 SJ₇₀ (446791)

18.46

09/11/1958 07:12:00 AM

Mars

0.009182

1 373 554

6.43

8692

2005 VL₁

26.30

02/04/1924 07:12:00 PM

Moon

0.009182

1 373 605

0.61

8693

2008 YC₂₉

25.31

10/06/2049 10:48:00 PM

Venus

0.009182

1 373 608

0.82

8694

2011 CZ₃

26.29

02/07/1856 08:24:00 PM

Earth

0.009183

1 373 700

0.61

8695

2008 WG₉₆

26.27

11/28/1948 09:36:00 AM

Earth

0.009183

1 373 787

0.62

8696

2015 JC₁

27.10

11/11/1823 04:48:00 PM

Earth

0.009184

1 373 860

0.48

8697

2013 NH₆

23.34

06/30/1931 10:48:00 AM

Earth

0.009184

1 373 961

1.49

8698

2007 UY₁ (613862)

23.10

10/03/1925 01:12:00 PM

Moon

0.009185

1 373 988

1.60

8699

2012 KC₄₅

29.43

05/29/2035 08:24:00 AM

Moon

0.009185

1 374 020

0.24

8700

2013 CL₁₂₉

28.43

02/10/1940 02:24:00 AM

Moon

0.009185

1 374 082

0.32

1 ... 336 ... 406 ... 424 ... 429 ... 431 432 433 434 435 436 437 438 439 440 ... 443 ... 451 ... 480 ... 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