The asteroids probably experienced significant collisional evolution while the solar nebula was present. Plan-etesimals were brought into resonances with Jupiter by orbital decay due to gas drag. They were stirred to high eccentricities, resulting in hypervelocity collisions, while the non-resonant population was experiencing accretion at low velocities. Possible consequences include transport of bodies from the outer to inner belt, thermal processing and collisional disruption of planetesimals, and production of chondrules by shock waves. 1
The combined effects are studied of gas drag and gravitational perturbations by a proto-Jupiter on t...
The role of catastrophic collisions in the evolution of the asteroids is discussed in detail, employ...
The ways in which catastrophic collisional events have influenced several important properties of as...
The asteroids probably experienced significant collisional evolution while the solar nebula was pres...
The primordial asteroid belt contained at least several hundred and possibly as many as 10,000 bodie...
The collisional process between small bodies is one of the key processes in the formation and evolut...
We examine the orbital evolution of planetesimals under the influence of Jupiter's perturbations and...
Meteorites contain a record of impacts during all stages of asteroid origin and evolution: the forma...
Asteroid collisional evolution studies are aimed at understanding how collisions have shaped observe...
The main asteroid belt spans ~2-4 AU in heliocentric distance and is sparsely populated by rocky deb...
The distribution of heavy elements is anomalously low in the asteroid main belt region compared with...
The role of catastrophic collisions in the evolution of asteroids is discussed in a review of recent...
The orbital evolution of about 20000 Jupiter-crossing objects and 1500 resonant asteroids under the ...
The asteroid belt was dynamically shaped during and after planet formation. Despite representing a b...
The impact crater record of the terrestrial planets and the Moon is owed to two populations of impac...
The combined effects are studied of gas drag and gravitational perturbations by a proto-Jupiter on t...
The role of catastrophic collisions in the evolution of the asteroids is discussed in detail, employ...
The ways in which catastrophic collisional events have influenced several important properties of as...
The asteroids probably experienced significant collisional evolution while the solar nebula was pres...
The primordial asteroid belt contained at least several hundred and possibly as many as 10,000 bodie...
The collisional process between small bodies is one of the key processes in the formation and evolut...
We examine the orbital evolution of planetesimals under the influence of Jupiter's perturbations and...
Meteorites contain a record of impacts during all stages of asteroid origin and evolution: the forma...
Asteroid collisional evolution studies are aimed at understanding how collisions have shaped observe...
The main asteroid belt spans ~2-4 AU in heliocentric distance and is sparsely populated by rocky deb...
The distribution of heavy elements is anomalously low in the asteroid main belt region compared with...
The role of catastrophic collisions in the evolution of asteroids is discussed in a review of recent...
The orbital evolution of about 20000 Jupiter-crossing objects and 1500 resonant asteroids under the ...
The asteroid belt was dynamically shaped during and after planet formation. Despite representing a b...
The impact crater record of the terrestrial planets and the Moon is owed to two populations of impac...
The combined effects are studied of gas drag and gravitational perturbations by a proto-Jupiter on t...
The role of catastrophic collisions in the evolution of the asteroids is discussed in detail, employ...
The ways in which catastrophic collisional events have influenced several important properties of as...