Add to ORKGSolutions for angular motion equations of rotating space station by approximation method using small...
There has been a growing interest in spacecraft formation-flying for space science applications. Suc...
In recent years, the need for spacecraft flying formation has increased significantly. Its diverse ...
The dynamics of relative motion in a perturbed orbital environment are exploited based on Gauss\u27 ...
The relative motion problem is analyzed, as a linearized case, and as a numerically determined solut...
The study of satellite relative motion has been of great historic interest, primarily due to its app...
Relative translational motion control, and motion stability between satellites in neighboring ellipt...
Abstract. A problem of relative motion of orbiting bodies is investigated on the example of the free...
The study of satellite relative motion has been of great historic interest, primarily due to its app...
A set of linearized relative motion equations of spacecraft flying on unperturbed elliptical orbits ...
The influence of inertia, eccentricity and atmospheric forces on the attitude dynamics of gravity or...
The paper presents the complete 6-DOF set of equations of relative motion that describes the dynamic...
Celestial mechanics perturbation methods applied to problem of describing motion of rigid artificial...
The dynamics of relative motion in a perturbed orbital environment are exploited based on Gauss’ and...
Accurate models for spacecraft relative dynamics are essential to the design of high-precision contr...
Solutions for angular motion equations of rotating space station by approximation method using small...
There has been a growing interest in spacecraft formation-flying for space science applications. Suc...
In recent years, the need for spacecraft flying formation has increased significantly. Its diverse ...
The dynamics of relative motion in a perturbed orbital environment are exploited based on Gauss\u27 ...
The relative motion problem is analyzed, as a linearized case, and as a numerically determined solut...
The study of satellite relative motion has been of great historic interest, primarily due to its app...
Relative translational motion control, and motion stability between satellites in neighboring ellipt...
Abstract. A problem of relative motion of orbiting bodies is investigated on the example of the free...
The study of satellite relative motion has been of great historic interest, primarily due to its app...
A set of linearized relative motion equations of spacecraft flying on unperturbed elliptical orbits ...
The influence of inertia, eccentricity and atmospheric forces on the attitude dynamics of gravity or...
The paper presents the complete 6-DOF set of equations of relative motion that describes the dynamic...
Celestial mechanics perturbation methods applied to problem of describing motion of rigid artificial...
The dynamics of relative motion in a perturbed orbital environment are exploited based on Gauss’ and...
Accurate models for spacecraft relative dynamics are essential to the design of high-precision contr...
Solutions for angular motion equations of rotating space station by approximation method using small...
There has been a growing interest in spacecraft formation-flying for space science applications. Suc...
In recent years, the need for spacecraft flying formation has increased significantly. Its diverse ...