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Article, Moscow, 2012
Сборник ''Физические и математические модели плазмы и плазмоподобных сред''
Authors: Perepelkina A. Y., Levchenko V. D.
Fully kinetic 3D model of magnetized plasma
The numerical simulation of plasma processes is essential in many relevant physical problems. The purpose of this study is the development of a novel multipurpose efficient code on the basis of 3D3V fully kinetic model of magnetized plasma in order to provide a solution for the problems, which were impossible to solve previously due to computational limitations. One of the problems in question is the study of the anomalous transport in the Hall engine channel. For this purpose we choose a fully kinetic model without the popular parameter calibrations. The proposed model is implemented is a new Particle-in-Cell code CFHall with the use of highly effective Locally-Recursive non-Locally asynchronous algorithms. The testing of the code is carried out for the problem of plasma penetration through a magnetic field.
Publication language: russian,  pages: 12
Research direction:
Mathematical modelling in actual problems of science and technics
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