KIAM Main page Web Library  •  Publication Searh   

KIAM Preprint  41, Moscow, 2005
Authors: Yegorushkin A.A., Kryukov A.A., Skachkov M.V.
Numerical Simulation of Electromagnetic Fields Generation in the Cylindrical Cavity by Relativistic Electron Flux
The experiment, which is in the axial-symmetric relativistic electron flux injecting from the end face into the cylindrical chamber (material Fe) filled with the air, is considered. The mathematical model contains the 2-D non-stationary Maxwell equations in cylindrical coordinate system, the equations for computing the air conductivity in the chamber and the particle simulation algorithm for the relativistic electron flux. For integrating the Maxwell equations the quasianalitic interpolation technique is used. The computation of the current density that is realized in the particle simulation algorithm is based on the charge conservation in grid cells. The technique of the parallel computations at multiprocessor with distributed memory is proposed. This technique is different from the geometric method and uses the fact that the particle simulation algorithm occupies the basic time of computations.
Publication language: russian,  pages: 25
Research direction:
Mathematical modelling in actual problems of science and technics
Russian source text:
List of publications citation:
Export link to publication in format:   RIS    BibTeX
View statistics (updated once a day)
over the last 30 days 9 (+6), total hit from 01.09.2019 268
About authors:
  • Yegorushkin A. A.,  KIAM RAS
  • Kryukov A. A.,  KIAM RAS
  • Skachkov M.V.