Detail publikace
STOCHASTIC NUMERICAL MODEL OF ELECTRODYNAMICS, TESTS
FIALA, P. HANZELKA, M.
Originální název
STOCHASTIC NUMERICAL MODEL OF ELECTRODYNAMICS, TESTS
Anglický název
STOCHASTIC NUMERICAL MODEL OF ELECTRODYNAMICS, TESTS
Jazyk
en
Originální abstrakt
The article presents the transient task numerical modelling of the electrodynamic process in gas with a pulsed electric field. Within the numerical model, non-linear electric properties of gas are respected and, by the help of a non-deterministic stochastic model, the possibility of an electric charge generation is analyzed. The authors examine the problem of electric charge probability evaluation on 3-D spark gap model; on the basis of testing the tip-tip disposition, a comparison of individual instances of the probability function evaluation is provided.
Anglický abstrakt
The article presents the transient task numerical modelling of the electrodynamic process in gas with a pulsed electric field. Within the numerical model, non-linear electric properties of gas are respected and, by the help of a non-deterministic stochastic model, the possibility of an electric charge generation is analyzed. The authors examine the problem of electric charge probability evaluation on 3-D spark gap model; on the basis of testing the tip-tip disposition, a comparison of individual instances of the probability function evaluation is provided.
Dokumenty
BibTex
@inproceedings{BUT94784,
author="Pavel {Fiala} and Michael {Hanzelka}",
title="STOCHASTIC NUMERICAL MODEL OF ELECTRODYNAMICS, TESTS",
annote="The article presents the transient task numerical modelling of the electrodynamic process in gas with a pulsed electric field. Within the numerical model, non-linear electric properties of gas are respected and, by the help of a non-deterministic
stochastic model, the possibility of an electric charge generation is analyzed. The authors examine the problem of electric charge probability evaluation on 3-D spark gap model; on the basis of testing the tip-tip disposition, a comparison of individual instances of the probability function evaluation is provided.",
address="SVS FEM, s.r.o.",
booktitle="20th SVSFEM ANSYS Users' Group Meeting and Conference 2012",
chapter="94784",
howpublished="electronic, physical medium",
institution="SVS FEM, s.r.o.",
year="2012",
month="october",
pages="1--10",
publisher="SVS FEM, s.r.o.",
type="conference paper"
}