(2611) Boyce

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Asteroid
(2611) Boyce
Properties of the orbit ( animation )
Epoch:  April 27, 2019 ( JD 2,458,600.5)
Orbit type Outer main belt
Major semi-axis 3.0391 ± 0.0002  AU
eccentricity 0.0585 ± 0.0004
Perihelion - aphelion 2.8614 ± 0.0012 AU - 3.2167 ± 0.0002 AU
Inclination of the orbit plane 3.3256 ± 0.039 °
Length of the ascending node 72.085 ± 0.7121 °
Argument of the periapsis 139.8974 ± 0.0786 °
Time of passage of the perihelion 1st February 2018
Sidereal period 5.3 a ± 0.1528 d
Physical Properties
Absolute brightness 12.4 mag
history
Explorer United StatesUnited States Scolded John Bus , Eleanor HelinUnited StatesUnited States 
Date of discovery November 7, 1978
Another name 1978 VQ 5 ; 1970 GO; 1972 TD9; 1977 RB 3
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.

(2611) Boyce ( 1978 VQ 5 ; 1970 GO ; 1972 TD9 ; 1977 RB 3 ) is an asteroid of the main outer belt that was found on November 7, 1978 by the American astronomers John Bus and Eleanor Helin at the Palomar Observatory northeast of San Diego , California ( IAU code 675) was discovered.

designation

(2611) Boyce was named after the planetologist Joseph M. Boyce , who works for NASA . His detailed investigations of small lunar craters form the basis for our current knowledge of volcanism on the moon .

See also

Web links

Individual evidence

  1. ^ 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 28, 2019] Original title: Dictionary of Minor Planet Names . First edition: Springer Verlag, Berlin, Heidelberg 1992): “1978 VQ 5 . Discovered 1978 Nov. 7 by EM Shoemaker and EF Helin and SJ Bus at Palomar. "
predecessor asteroid successor
(2610) Tuva numbering (2612) Kathryn