Photometric Survey of Binary Near-Earth Asteroids

@article{Pravec2006PhotometricSO,
  title={Photometric Survey of Binary Near-Earth Asteroids},
  author={Petr Pravec and Petr Scheirich and Peter Ku{\vs}nir{\'a}k and Lenka {\vS}arounov{\'a} and Stefano Mottola and Gerhard Hahn and Peter G. Brown and Gilbert A. Esquerdo and N. Kaiser and Zbigniew Krzeminski and Donald P. Pray and Brian D. Warner and Alan W. Harris and Michael C. Nolan and E. S. Howell and Lance A. M. Benner and Jean-Luc Margot and Adri{\'a}n Gal{\'a}d and William Holliday and Michael D. Hicks and Yurij N Krugly and David J. Tholen and Robert Jennings Whiteley and Franck Marchis and David R. Degraff and Albert D. Grauer and Stephen M. Larson and Fiodor Velichko and Walter R. Cooney and R. David Stephens and J. Zhu and K. Kirsch and R. R. Dyvig and Leroy F. Snyder and Vishnu Reddy and S. Moore and {\vS}tefan Gajdo{\vs} and Jozef Vil{\'a}gi and Gianluca de Masi and David J. Higgins and Gordon E. Funkhouser and Brian Anthony Knight and Stephen Michael Slivan and Raoul Behrend and Michel Grenon and Gilbert Burki and R. Roy and Ch. Demeautis and D. Matter and Nicolas Waelchli and Yves Revaz and Alain Klotz and Marc Jean Luc Rieugne and Pierre Thierry and V. Cotrez and L. Brunetto and G. Kober},
  journal={Icarus},
  year={2006},
  volume={181},
  pages={63-93}
}
Abstract Photometric data on 17 binary near-Earth asteroids (15 of them are certain detections, two are probables) were analysed and characteristic properties of the near-Earth asteroid (NEA) binary population were inferred. We have found that binary systems with a secondary-to-primary mean diameter ratio D s / D p ⩾ 0.18 concentrate among NEAs smaller than 2 km in diameter; the abundance of such binaries decreases significantly among larger NEAs. Secondaries show an upper size limit of D s = 0… Expand
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