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Trajectory and physical properties of near-Earth asteroid 2009 BD
D. Farnocchia
, M. Mommert
, J. L. Hora
, S. R. Chesley
, D. Vokrouhlický
, D. E. Trilling
, M. Mueller
, A. W. Harris
, H. A. Smith
, G. G. Fazio
Astronomy and Planetary Sciences
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Keyphrases
Physical Properties
100%
Near-Earth Asteroids
100%
Asteroids
50%
Albedo
25%
Spitzer Space Telescope
25%
Thermal Inertia
25%
High Albedo
25%
Thermophysical Properties
25%
Regolith
25%
Observational Data
25%
Dynamical Properties
25%
Non-gravitational Forces
25%
Physical Reasoning
25%
Unique Information
25%
Yarkovsky Effect
25%
Asteroid Redirect Mission
25%
Non-gravitational Perturbations
25%
Earth-like
25%
Solar Radiation Pressure
25%
Solution-focused
25%
Reliable Prediction
25%
Low Thermal
25%
Bare Rock
25%
Physics
Asteroid
100%
Albedo
100%
Space Infrared Telescope Facility
50%
Radiation Pressure
50%
Regolith
50%
Solar Radiation
50%
Earth and Planetary Sciences
Albedo
100%
Asteroid
100%
Space Infrared Telescope Facility
50%
Radiation Pressure
50%
Regolith
50%
Solar Radiation
50%