Add to ORKGInternational audienceThis paper presents first results of SPIS-DUST modelling of the interaction between the lunar plasma environment , regolith and a lander. The model takes into account the geometry of the Luna-Glob lander, the electric properties of materials used on the lander surface, as well as Luna-Glob landing place. Initial conditions were chosen based on the current theoretical models of formation of dusty plasma exosphere and levitating charged dust particles
Observations of a lunar horizon glow by several Surveyor spacecraft on the lunar surface in the 19...
Observations of a lunar horizon glow by several Surveyor spacecraft on the lunar surface in the 19...
The study of dust above the lunar surface is important for both science and technology. Dust particl...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
The spacecraft-plasma interaction simulator has been improved to allow for the simulation of lunar a...
A modification of the Spacecraft Plasma Interaction Software has been undertaken under ESA contract ...
This paper presents a simulation model on electro-static levitation of lunar dust particles in the l...
Observations of a lunar horizon glow by several Surveyor spacecraft on the lunar surface in the 19...
Observations of a lunar horizon glow by several Surveyor spacecraft on the lunar surface in the 19...
The study of dust above the lunar surface is important for both science and technology. Dust particl...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
International audienceOne of the complicating factors of the future robotic and human lunar landing ...
The spacecraft-plasma interaction simulator has been improved to allow for the simulation of lunar a...
A modification of the Spacecraft Plasma Interaction Software has been undertaken under ESA contract ...
This paper presents a simulation model on electro-static levitation of lunar dust particles in the l...
Observations of a lunar horizon glow by several Surveyor spacecraft on the lunar surface in the 19...
Observations of a lunar horizon glow by several Surveyor spacecraft on the lunar surface in the 19...
The study of dust above the lunar surface is important for both science and technology. Dust particl...