Topics
magnetosphereSettlement
numerical methodMusic genre
Electrons emitted on spacecraft surfaces can generate negative potential barriers. This may affect the equilibrium potential of the spacecraft, which can be driven more negative and jeopardise plasma measurements by repelling low energy particles. This phenomenon is investigated with the help of a numerical method based on the turning point formalism to classify orbits and which is validated with a PIC code. Comparison with spacecraft data in the magnetosphere is performed
Low-energy secondary electrons have been observed to be reflected back to the spacecraft during ecli...
In the last decade, large electrostatic potentials of the order of tens of kV have been measured on ...
International audienceIn this paper, the electrostatic sheath of a simplified spacecraft is investig...
Electrons emitted on spacecraft surfaces can generate negative potential barriers. This may affect t...
Electrons emitted on spacecraft surfaces can generate negative potential barriers. This may affect t...
Electrons emitted on spacecraft surfaces can generate negative potential barriers. This may affect t...
Plasma and field measurements on board magnetospheric spacecraft can be influenced by the spacecraft...
Plasma and field measurements on board magnetospheric spacecraft can be influenced by the spacecraft...
Plasma and field measurements on board magnetospheric spacecraft can be influenced by the spacecraft...
Low-energy secondary electrons have been observed to be reflected back to the spacecraft during ecli...
Low-energy secondary electrons have been observed to be reflected back to the spacecraft during ecli...
Low-energy secondary electrons have been observed to be reflected back to the spacecraft during ecli...
In this paper, a fully self-consistent model of the plasma around an electron emitting central body ...
In this paper, a fully self-consistent model of the plasma around an electron emitting central body ...
In this paper, a fully self-consistent model of the plasma around an electron emitting central body ...
Low-energy secondary electrons have been observed to be reflected back to the spacecraft during ecli...
In the last decade, large electrostatic potentials of the order of tens of kV have been measured on ...
International audienceIn this paper, the electrostatic sheath of a simplified spacecraft is investig...
Electrons emitted on spacecraft surfaces can generate negative potential barriers. This may affect t...
Electrons emitted on spacecraft surfaces can generate negative potential barriers. This may affect t...
Electrons emitted on spacecraft surfaces can generate negative potential barriers. This may affect t...
Plasma and field measurements on board magnetospheric spacecraft can be influenced by the spacecraft...
Plasma and field measurements on board magnetospheric spacecraft can be influenced by the spacecraft...
Plasma and field measurements on board magnetospheric spacecraft can be influenced by the spacecraft...
Low-energy secondary electrons have been observed to be reflected back to the spacecraft during ecli...
Low-energy secondary electrons have been observed to be reflected back to the spacecraft during ecli...
Low-energy secondary electrons have been observed to be reflected back to the spacecraft during ecli...
In this paper, a fully self-consistent model of the plasma around an electron emitting central body ...
In this paper, a fully self-consistent model of the plasma around an electron emitting central body ...
In this paper, a fully self-consistent model of the plasma around an electron emitting central body ...
Low-energy secondary electrons have been observed to be reflected back to the spacecraft during ecli...
In the last decade, large electrostatic potentials of the order of tens of kV have been measured on ...
International audienceIn this paper, the electrostatic sheath of a simplified spacecraft is investig...
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