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Drift Velocities for Electrons in $SF_6$-Ar Mixtures Gas by MCS-Beq Algorithm  

Kim, Sang-Nam (인천전문대학 전기과)
Publication Information
The Transactions of the Korean Institute of Electrical Engineers P / v.54, no.1, 2005 , pp. 29-33 More about this Journal
Abstract
Energy distribution function for electrons in $SF_6$-Ar mixtures gas by MCS-BEq algorithm has been analysed over the E/N range $30{\sim}300$[Td] by a two term Boltana equation and by a Monte Carlo Simulation using a set of electron cross sections determined by other, authors, experimentally the electron swarm parameters for 0.2[%} and 0.5[%] $SF_6$-Ar mixtures were measured by time-of-flight(TOF) method. The result show that the deduced electron drift velocities, the electron ionization or attachment coefficients, longitudinal and transverse diffusion coefficients and mean energy agree reasonably well with theoretical for a rang of E/N values. The results obtained from Booltemann equation method and Monte Carlo simulation have been compared with present and previously obtained data and respective set of electron collision cross sections of the molecules.
Keywords
MCS(Monte Carlo Simulation); BEq(Bolternann equationi); TOF(Time Of Flight Method);
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