A Simulation of the Positive Corona Pulse Current in SF_6

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概要

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• It has been reported that the ternary gas mixtures (SF_6/N_2/c-C_4F_8) have excellent dielectric characteristics under both uniform and non-uniform fields. In the previous paper, authors have already simulated about corona discharges at a positive point-to-plane gap in the gases using the method of one-dimensional continuity equations presented by R. Morrow. In this paper, they discuss the differences of the positive corona pulse current in pure SF_6,under changing simulation conditions to understand the effect of each condition. Namely, they vary the number of initial seed electrons, discharge radius' applied voltage, gap length, ionization coefficients, electron attachment coefficients, positive and negative ion mobilities, and recombination coefficients as simulation conditions.

• 東海大学の論文

著者

• Ienaga Eiji

  Course Of Electrical Engineering Graduate School Of Engineering

• FURUHATA Takaaki

  Course of Electrical Engineering, Graduate School of Engineering

• OKABE Shozo

  Department of Electrical Engineering, School of Engineering

• Furuhata Takaaki

  Course Of Electrical Engineering Graduate School Of Engineering

• Okabe Shozo

  Department Of Electrical Engineering School Of Engineering

• Okabe Shozo

  Department Of Electical Engineering School Of Engineering

関連論文

• A Simulation of the Positive Corona Pulse Current in SF_6
• A Simulation on Dissociation Process of NO_x Gas by RF Discharge
• A Simulation of Positive Corona Discharge in SF_6 Gas by Means of Multichannel Model
• A Fundamental Study on the Reaction Process of NO_x by Radio Frequency Discharge
• A Simulation of the Negative Corona Discharge in the Gas Mixture (SF_6,N_2,c-C_4F_8)

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