(292459) Antoniolasciac

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Asteroid
(292459) Antoniolasciac
Properties of the orbit ( animation )
Epoch:  February 16, 2017 ( JD 2,457,800.5)
Orbit type Main outer belt asteroid
Asteroid family Eos family
Major semi-axis 3.0747  AU
eccentricity 0.1034
Perihelion - aphelion 2.7569 AU - 3.3926 AU
Inclination of the orbit plane 8.2419 °
Length of the ascending node 289.2513 °
Argument of the periapsis 118.4475 °
Time of passage of the perihelion 15th December 2017
Sidereal period 5.39 a
Physical Properties
Absolute brightness 16.0 mag
history
Explorer Farra d'Isonzo Observatory
Date of discovery September 29, 2006
Another name 2006 SO 366
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.

(292459) Antoniolasciac is an asteroid of the main outer belt discovered on September 29, 2016 at the Farra d'Isonzo Observatory ( IAU code 595), an Italian observatory in the province of Gorizia in the Friuli Venezia Giulia region .

The asteroid belongs to the Eos family , a group of asteroids which typically have large semiaxes from 2.95 to 3.1 AU , bounded inward by the Kirkwood gap of the 7: 3 resonance with Jupiter , and orbital inclinations between 8 ° and 12 °. The group is named after the asteroid (221) Eos . The family is believed to have emerged from a collision more than a billion years ago. The timeless (not osculating ) orbital elements of (292,459) Antoniolasciac are almost identical to those of three other asteroids: (60222) 1999 VB 115 , (97543) 2000 DE 47 and (265,065) 2003 SX 58 .

(292459) Antoniolasciac was named on November 14, 2016 after the architect, engineer, poet and musician Antonio Lasciac (1856-1946), who comes from the province in which the observatory is located.

See also

Web links

Individual evidence

  1. David Vokrouhlický , Miroslav Brož , Alessandro Morbidelli , William Bottke , David Nesvorný , Daniel Lazzaro, Andy Rivkin: Yarkovsky footprints in the Eos family . (English, PDF ; 26 MB)
  2. The family status of the asteroids in the AstDyS-2 database (English, HTML; 51.4 MB)