(2327) Gershberg
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Asteroid (2327) Gershberg |
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| Properties of the orbit ( animation ) | |
| Orbit type | Inner main belt |
| Major semi-axis | 2.3691 ± 0.0001 AU |
| eccentricity | 0.1296 ± 0.0003 |
| Perihelion - aphelion | 2.0621 ± 0.0008 AU - 2.6761 ± 0.0001 AU |
| Inclination of the orbit plane | 4.0387 ± 0.0402 ° |
| Length of the ascending node | 174.9416 ± 0.4817 ° |
| Argument of the periapsis | 210.9352 ± 0.0507 ° |
| Time of passage of the perihelion | 20th October 2020 |
| Sidereal period | 3.65 a ± 0.0644 d |
| Physical Properties | |
| Medium diameter | 5.37 ± 0.914 km |
| Albedo | 0.244 ± 0.11 |
| Absolute brightness | 13.6 mag |
| history | |
| Explorer | Bella Burnaschewa |
| Date of discovery | October 13, 1969 |
| Another name | 1969 TQ 4 ; 1976 QQ; 1976 SU |
| Source: Unless otherwise stated, the data comes from JPL Small-Body Database Browser . The affiliation to an asteroid family is automatically determined from the AstDyS-2 database . Please also note the note on asteroid items. | |
(2327) Gershberg ( 1969 TQ 4 ; 1976 QQ ; 1976 SU ) is an asteroid of the inner main belt that was found on October 13, 1969 by the Russian (then: Soviet Union ) astronomer Bella Burnasheva at the Crimean Observatory ( Nautschnyj branch) on the peninsula Crimea ( IAU code 095) was discovered.
designation
(2327) Gershberg was named after the Russian astronomer Roald Evgenevich Gershberg (* 1933), who had made a significant contribution to the study of gaseous nebulae.
See also
Web links
- (2327) Gershberg in the database of the "Asteroids - Dynamic Site" (AstDyS-2, English).
- (2327) Gershberg in the Small-Body Database of the Jet Propulsion Laboratory .
Individual evidence
- ^ Lutz D. Schmadel : Dictionary of Minor Planet Names . Fifth Revised and Enlarged Edition. Ed .: Lutz D. Schmadel. 5th edition. Springer Verlag , Berlin , Heidelberg 2003, ISBN 978-3-540-29925-7 , pp. 186 (English, 992 pp., Link.springer.com [ONLINE; accessed on August 3, 2019] Original title: Dictionary of Minor Planet Names . First edition: Springer Verlag, Berlin, Heidelberg 1992): “1969 TQ 4 . Discovered 1969 Oct. 13 by BA Burnasheva at Nauchnyj. "