Asteroids Approaches Archive

9301

2014 RT₁₇

24.39

09/07/2014 04:48:00 PM

Earth

0.009584

1 433 673

1.04

9302

2015 TQ₂₁

27.29

07/30/2168 10:48:00 PM

Mercury

0.009584

1 433 706

0.44

9303

2017 VC

23.35

10/28/2073 01:12:00 PM

Earth

0.009585

1 433 857

1.42

9304

2015 XJ₅₅

24.85

11/19/1912 04:48:00 PM

Mercury

0.009586

1 433 987

0.91

9305

2014 AD₁₆

27.40

04/25/2163 06:00:00 PM

Moon

0.009586

1 434 076

0.42

9306

2012 HG₂

26.97

04/16/1976 02:24:00 AM

Moon

0.009586

1 434 104

0.48

9307

2015 DB

27.87

02/20/2063 09:36:00 PM

Earth

0.009587

1 434 241

0.37

9308

2010 HW₂₀

26.10

11/02/1949 02:24:00 AM

Moon

0.009587

1 434 249

0.62

9309

2017 DA₃₆

25.13

03/10/2017 02:24:00 AM

Moon

0.009587

1 434 257

0.83

9310

2014 TU

25.03

03/13/1905 09:36:00 PM

Earth

0.009588

1 434 331

0.86

9311

2008 TZ

25.39

10/08/1817 10:48:00 PM

Earth

0.009590

1 434 595

0.77

9312

2010 SL₁₃ (411280)

19.30

08/10/1945 10:48:00 PM

Mars

0.009591

1 434 726

4.78

9313

2006 KB₁

24.40

04/19/1856 07:12:00 AM

Earth

0.009591

1 434 809

1.04

9314

2011 JY₁

24.57

04/24/1817 04:48:00 PM

Earth

0.009591

1 434 857

0.98

9315

2006 UQ₂₁₆

27.28

11/13/1926 07:12:00 AM

Moon

0.009593

1 435 065

0.44

9316

2003 LH

24.88

05/27/2069 04:48:00 PM

Earth

0.009593

1 435 081

0.90

9317

2014 UD₁₇₆

24.80

10/21/1935 02:24:00 PM

Moon

0.009593

1 435 134

0.92

9318

2004 HQ₁

23.24

04/13/1885 06:00:00 PM

Earth

0.009594

1 435 184

1.47

9319

2014 KX₇₆

24.34

11/10/1928 01:12:00 AM

Mars

0.009594

1 435 193

1.05

9320

2003 YN₁₀₇

26.28

12/13/2065 02:24:00 AM

Earth

0.009594

1 435 311

0.59

1 ... 362 ... 435 ... 454 ... 460 ... 462 463 464 465 466 467 468 469 470 ... 473 ... 480 ... 505 ... 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