Add to ORKGIn support of the Marco-Polo-R mission we are analyzing the motion of the spacecraft in the vicinity of its primary target, the binary asteroid system 175706 (1996 FG3). We ran simulations in order to support the general mapping, the approach, and the sampling phas
International audienceThe main goal of our work is to study the orbital dynamics of a spacecraft nea...
The usual approach in analytical studies of the stability of the Trojan asteroids is to consider sim...
This paper studies the dynamics of a spacecraft moving in the field of a binary asteroid. The astero...
In support of the Marco-Polo-R mission, we have carried out numerical simulations of spacecraft traj...
In support of the MarcoPolo-R mission,we have carried out numerical simulations of spacecraft trajec...
The stability of the three body family of Distant Retrograde Orbits (DROs) is investigated under the...
We provide a generalized discussion on the dynamics of a spacecraft around the equal-mass binary ast...
Using our photometric observations taken between April 1996 and January 2013 and other published dat...
With several ongoing and upcoming dedicated asteroid missions, interest in the exploration of astero...
Space missions are an excellent way to increase our knowledge of asteroids. Near-Earth asteroids (NE...
The near-Earth Asteroid 2001 SN263 is a triple system of asteroids and it is the target of the ASTER...
The triple asteroidal system (87) Sylvia is composed of a 280-km primary and two small moonlets name...
In this work, we performed a dynamical analysis of a spacecraft around a nearly equal-mass binary ne...
Asteroid missions are gaining interest from the scientific community and many new missions are plann...
We study a simple model for an asteroid pair, namely a planar system consisting of a rigid body and ...
International audienceThe main goal of our work is to study the orbital dynamics of a spacecraft nea...
The usual approach in analytical studies of the stability of the Trojan asteroids is to consider sim...
This paper studies the dynamics of a spacecraft moving in the field of a binary asteroid. The astero...
In support of the Marco-Polo-R mission, we have carried out numerical simulations of spacecraft traj...
In support of the MarcoPolo-R mission,we have carried out numerical simulations of spacecraft trajec...
The stability of the three body family of Distant Retrograde Orbits (DROs) is investigated under the...
We provide a generalized discussion on the dynamics of a spacecraft around the equal-mass binary ast...
Using our photometric observations taken between April 1996 and January 2013 and other published dat...
With several ongoing and upcoming dedicated asteroid missions, interest in the exploration of astero...
Space missions are an excellent way to increase our knowledge of asteroids. Near-Earth asteroids (NE...
The near-Earth Asteroid 2001 SN263 is a triple system of asteroids and it is the target of the ASTER...
The triple asteroidal system (87) Sylvia is composed of a 280-km primary and two small moonlets name...
In this work, we performed a dynamical analysis of a spacecraft around a nearly equal-mass binary ne...
Asteroid missions are gaining interest from the scientific community and many new missions are plann...
We study a simple model for an asteroid pair, namely a planar system consisting of a rigid body and ...
International audienceThe main goal of our work is to study the orbital dynamics of a spacecraft nea...
The usual approach in analytical studies of the stability of the Trojan asteroids is to consider sim...
This paper studies the dynamics of a spacecraft moving in the field of a binary asteroid. The astero...