| Author(s): | Schubart, J. |
| Title: | Low-Eccentricity Motion of Asteroids Near the 2/1 Jovian Resonance |
| Source: | Qualitative and Quantitative Behaviour of Planetary Systems. Proc. 3rd Alexander von Humboldt Colloquium on Celestial Mechanics, Ramsau, Austria, 29 March - 4 April 1992; R. Dvorak, J. Henrard (eds.), Celest. Mech. Dyn. Astron. 56, 153-162 |
| Year: | 1993 |
| Abstract: | (903) Nealley moves on an orbit of low eccentricity with a mean motion that is slightly larger than the 2/1 value of resonance. This orbit and some related fictitious orbits are studied by numerical integrations of the four-body problem Sun-Jupiter-Saturn-asteroid over an interval of 110000 yr. The author's experience on related cases of resonance allows a study of the variation of suitably defined orbital parameters. The long-term evolution of the orbits is compared with earlier predictions. Some of the librating orbits are temporarily captured in a secondary resonance that refers to three-dimensional motion and is demonstrated by a special example |
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