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asteroidPlanet
In this paper the authors present an analysis of the main biases which affect the present available data on rotational properties of asteroids. Suggestions about observational plans are given. The authors try to outline a tentative general scenario of the asteroid evolution, pointing out the large importance of the self-gravitation of the body on the rotational properties of the collision's outcomes
The collisional process between small bodies is one of the key processes in the formation and evolut...
Energetic collisions in the asteroid belt produce several observable effects, altering their size di...
The rotation rates of asteroids, which are deduced from periodic fluctuations in their brightnesses,...
The ways in which catastrophic collisional events have influenced several important properties of as...
Recent studies have evidenced that the statistical properties of the asteroids' rotation periods are...
The role of catastrophic collisions in the evolution of the asteroids is discussed in detail, employ...
The abundance of asteroids having unusually large angular momenta of rotation in the diameter range ...
Understanding asteroid collisional and dynamical evolution necessitates the use of statistical metho...
After a general review of the current ideas about collisional evolution the problems concerning the ...
The outcomes of asteroidal catastrophic collisions are strongly affected by the target asteroid's gr...
The role of catastrophic collisions in the evolution of asteroids is discussed in a review of recent...
Asteroid collisional evolution studies are aimed at understanding how collisions have shaped observe...
Asteroids and comets are believed to be remnant planetesimals from the crucial period of planetary f...
Collisions among near-Earth asteroids (NEAs) are less frequent than those involving pairs of main be...
The Yarkovsky effect is a thermal radiation force that causes objects to undergo semimajor axis drif...
The collisional process between small bodies is one of the key processes in the formation and evolut...
Energetic collisions in the asteroid belt produce several observable effects, altering their size di...
The rotation rates of asteroids, which are deduced from periodic fluctuations in their brightnesses,...
The ways in which catastrophic collisional events have influenced several important properties of as...
Recent studies have evidenced that the statistical properties of the asteroids' rotation periods are...
The role of catastrophic collisions in the evolution of the asteroids is discussed in detail, employ...
The abundance of asteroids having unusually large angular momenta of rotation in the diameter range ...
Understanding asteroid collisional and dynamical evolution necessitates the use of statistical metho...
After a general review of the current ideas about collisional evolution the problems concerning the ...
The outcomes of asteroidal catastrophic collisions are strongly affected by the target asteroid's gr...
The role of catastrophic collisions in the evolution of asteroids is discussed in a review of recent...
Asteroid collisional evolution studies are aimed at understanding how collisions have shaped observe...
Asteroids and comets are believed to be remnant planetesimals from the crucial period of planetary f...
Collisions among near-Earth asteroids (NEAs) are less frequent than those involving pairs of main be...
The Yarkovsky effect is a thermal radiation force that causes objects to undergo semimajor axis drif...
The collisional process between small bodies is one of the key processes in the formation and evolut...
Energetic collisions in the asteroid belt produce several observable effects, altering their size di...
The rotation rates of asteroids, which are deduced from periodic fluctuations in their brightnesses,...
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