Low-velocity collisions of bodies covered by a regolith

Statistics – Computation

Scientific paper

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Celestial Mechanics, Evolution (Development), Natural Satellites, Planetary Rings, Regolith, Computational Astrophysics, Meteoritic Damage, Particle Interactions, Planetary Structure, Protoplanets

Scientific paper

The coefficient of recovering a metallic ball falling with a velocity of 1-6 m/s onto a stone plate covered with a thin layer of a regolith is studied. It is found that, for a wide range, the recovery coefficient increases with an inrcease in the collision rate. This contradicts theoretical assumptions on the properties of colliding particles of planetary rings as well as planetesimals.

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