Asteroid families represent the outcomes of major collisional events in the asteroid Main Belt. These events produced in some cases huge numbers of fragments, down to sizes of at least 1 km in diameter. In this paper we show that these families produce a significant increase in the ``local'' collision rate by as much as an order of magnitude relative to the average collision rate of the entire Belt. This fact should be taken into account in future studies of the collisional evolution of the Main Belt
International audienceAims. We continue our investigation of the bulk properties of asteroid dynamic...
After a general review of the current ideas about collisional evolution the problems concerning the ...
International audienceAims. We continue our investigation of the bulk properties of asteroid dynamic...
A statistical analysis of the mutual collisions among members of asteroid families during the very e...
Recently, a detailed analysis of the physical properties characterizing a good number of well known ...
We have investigated the creation and destruction of asteroid families using a collisional code whic...
Asteroid collisional evolution studies are aimed at understanding how collisions have shaped observe...
Asteroid collisional evolution studies are aimed at understanding how collisions have shaped observe...
Asteroid families are populations of asteroids in the Main Belt that share a common origin, that is...
In the last decade, thanks to the development of sophisticated numerical codes, major breakthroughs ...
An extensive analysis of the size-ejection velocity relationship for members of several of the most ...
The outcomes of asteroidal catastrophic collisions are strongly affected by the target asteroid's gr...
The ways in which catastrophic collisional events have influenced several important properties of as...
We investigate the flux of main-belt asteroid fragments into resonant orbits converting them into ne...
International audienceAims. We continue our investigation of the bulk properties of asteroid dynamic...
International audienceAims. We continue our investigation of the bulk properties of asteroid dynamic...
After a general review of the current ideas about collisional evolution the problems concerning the ...
International audienceAims. We continue our investigation of the bulk properties of asteroid dynamic...
A statistical analysis of the mutual collisions among members of asteroid families during the very e...
Recently, a detailed analysis of the physical properties characterizing a good number of well known ...
We have investigated the creation and destruction of asteroid families using a collisional code whic...
Asteroid collisional evolution studies are aimed at understanding how collisions have shaped observe...
Asteroid collisional evolution studies are aimed at understanding how collisions have shaped observe...
Asteroid families are populations of asteroids in the Main Belt that share a common origin, that is...
In the last decade, thanks to the development of sophisticated numerical codes, major breakthroughs ...
An extensive analysis of the size-ejection velocity relationship for members of several of the most ...
The outcomes of asteroidal catastrophic collisions are strongly affected by the target asteroid's gr...
The ways in which catastrophic collisional events have influenced several important properties of as...
We investigate the flux of main-belt asteroid fragments into resonant orbits converting them into ne...
International audienceAims. We continue our investigation of the bulk properties of asteroid dynamic...
International audienceAims. We continue our investigation of the bulk properties of asteroid dynamic...
After a general review of the current ideas about collisional evolution the problems concerning the ...
International audienceAims. We continue our investigation of the bulk properties of asteroid dynamic...