Abstract: The motion of a satellite about a rotating triaxial body will be investigated, stressing on the case of slow rotation. The Hamiltonian of the problem will be formed including the zonal harmonic J2 and the leading tesseral harmonics C22 and S22. The small parameter of the problem is the spin rate () of the primary. The solution proceeds through three canonical transformations to eliminate in succession; the short, intermediate and long-period terms. Thus secular and periodic terms are to be retained up to orders four and two respectively
Abstract: A spinning mode was analyzed for orientation of an Earth low orbit artificial sa...
International audienceWe consider two different general problems: a three body problem with one soli...
The dynamics of a rigid body in a central gravitational eld can be modelled by a Hamiltonian system...
Abstract: A spinning mode is analyzed for orientation of an Earth low orbit artificial sat...
In his paper I examine influence of small gravitational torque on rotation of elongated triaxial bod...
Abstract: The mode of a satellite attitude motion, named biaxial rotation in an orbit plan...
The dynamics of slowly spinning axisymmetric satellites under the influence of gravity gradient torq...
The rotational motion of an artificial satellite in the central Newtonian force field is investigate...
The rotory motion of an artificial satellite around its centre of mass under the action of gravitati...
Abstract: Mode of a satellite attitude motion, named biaxial rotation in an orbit plane, i...
In this paper, the problem of the slow spinning motion of a rigid body about a point O, being fixed ...
We created a self-consistent triaxial stellar system through the cold disipationless collapse of 100...
International audienceThe purpose of this paper is to show how to solve in Hamiltonian formalism the...
A simple rearrangement of the torque free motion Hamiltonian shapes it as a perturbation problem for...
International audienceIn this paper we discuss the influence of the triaxiality of a celestial body ...
Abstract: A spinning mode was analyzed for orientation of an Earth low orbit artificial sa...
International audienceWe consider two different general problems: a three body problem with one soli...
The dynamics of a rigid body in a central gravitational eld can be modelled by a Hamiltonian system...
Abstract: A spinning mode is analyzed for orientation of an Earth low orbit artificial sat...
In his paper I examine influence of small gravitational torque on rotation of elongated triaxial bod...
Abstract: The mode of a satellite attitude motion, named biaxial rotation in an orbit plan...
The dynamics of slowly spinning axisymmetric satellites under the influence of gravity gradient torq...
The rotational motion of an artificial satellite in the central Newtonian force field is investigate...
The rotory motion of an artificial satellite around its centre of mass under the action of gravitati...
Abstract: Mode of a satellite attitude motion, named biaxial rotation in an orbit plane, i...
In this paper, the problem of the slow spinning motion of a rigid body about a point O, being fixed ...
We created a self-consistent triaxial stellar system through the cold disipationless collapse of 100...
International audienceThe purpose of this paper is to show how to solve in Hamiltonian formalism the...
A simple rearrangement of the torque free motion Hamiltonian shapes it as a perturbation problem for...
International audienceIn this paper we discuss the influence of the triaxiality of a celestial body ...
Abstract: A spinning mode was analyzed for orientation of an Earth low orbit artificial sa...
International audienceWe consider two different general problems: a three body problem with one soli...
The dynamics of a rigid body in a central gravitational eld can be modelled by a Hamiltonian system...