Modeling the formation of ion shadows behind a positively charged microsatellite in an oxygen plasma by the molecular dynamics method
Results of modeling the formation of ion shadows in a thermal ionospheric plasma consisting of oxygen ions and electrons behind a charged microsatellite are presented. The molecular dynamics method was used for modeling. It is shown that in a time of the order of 610-5 s an ionic shadow with a low ion concentration is practically formed.
1. Hamelin M., Bouhram M., Dubouloz ...
A modeling the interaction of a oxygen plasma with a positively charged microsatellite with the molecular dynamics modeling method
The results of modeling the interaction of a single-ion thermal ionospheric plasma consisting of oxygen ions and electrons with a charged microsatellite are presented. The molecular dynamics modeling method was used. It is shown that behind the satellite there is a so-called ionic shadow with a low ionic concentration.
1. Альперт Я. Л., Гуревич А. В., Питаевский ...
Simulation of ion distribution near charged satellite by molecular dynamics simulation method. 2D approximation
Mathematical model of interaction between low density thermal plasma with charged simple shape space probe was considered. Molecular dynamics simulation method was used. Modeling result shows a positive cloud of protons before the satellite and ion shadow behind it.
1. Гальпеpин Ю. И., Гpигоpьев С. А., Зинин ...
Numerical simulation of forming and evolution of solitons in chain of nucleotide couples
The Cauchy’s problem of the induced charge movement along the discrete chain of nucleotide couples in DNA is solved in the frame of Holstein’s model taking account surrounding temperature fluctuations. For the initial conditions chosen specifically the evolution of a special class of ...
