To assess the risks to current operational spacecraft near Earth this study involves
theoretical analysis of the short-and long-term motion of space debris in cislunar trajectories …

The theoretical analysis of the motion of natural space debris near the stable Earth-Moon
Lagrange Points, L 4 and L 5, is presented with a focus on the potential debris risks to …

Three body dynamics problems in the system of Earth-Moon are crucial for Space navigation
safety. The existence of the stable periodic solutions, capturing the Lagrange libration points …

Detection of areas of increased density of cosmic dust in near-Earth space is important from
both theoretical and practical points of view. To continue our explication of the phenomenon …

[eng] A dynamical system is one that evolves with time. This definition is so diffuse that
seems to be completely useless, however, gives a good insight of the vast range of …

In a previous paper (Hou et al. in Celest Mech Dyn Astron 119: 119–142, 2014a), the
problem of dynamical symmetry between two Jupiter triangular libration points (TLPs) with …

A mathematical model of the early stage of the formation of interstellar clouds resulting from
the interaction of oppositely directed cosmic particle flows and evolution of the clouds into …

In previous papers the authors suggest a clarification of the phenomenon of appearance-
disappearance of Kordylewski clouds-accumulation of cosmic dust mass in the vicinity of the …

We study the stability of periodic solutions close to the triangle libration points of the Earth-
Moon-Particle system under the Sun perturbation-perturbation of the light pressure and …

The theoretical analysis of the motion of lunar and interplanetary dust grains in the vicinity of
the stable Earth-Moon Lagrange points L4 and L 5 is presented with a focus on determining …