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A&A 422, L39-L42 (2004)
DOI: 10.1051/0004-6361:20048003
Letter
Physical models of large number of asteroids from calibrated photometry sparse in time
M. KaasalainenDepartment of Mathematics and Statistics, Rolf Nevanlinna Institute, University of Helsinki, PO Box 4, 00014 Helsinki, Finland
e-mail: mjk@rni.helsinki.fi
(Received 28 April 2004 / Accepted 15 June 2004 )
Abstract
I show that physical asteroid models can be constructed
from unprecedentedly small sets of single calibrated photometric
measurements sparse in time but
well distributed in observing geometries. Sidereal periods,
pole directions, and phase behaviour are solved with accuracy sufficient
for the statistical analysis of a large collection of targets. Coarse
estimates are obtained for the global shapes. This scheme
makes it possible to carry out groundbased photometric surveys of thousands
of asteroids, typically resulting in models within a few years.
It may also be possible to model several asteroids using existing databases.
In the future, GAIA photometry will provide another dataset for thousands of asteroids.
Key words: solar system: minor planets, asteroids -- techniques: photometric -- methods: numerical, observational
© ESO 2004
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