Electron Transport Analysis in the Presence of Electric and Magnetic Fields by the FTI Method

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概要

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• Using the newly developed "flight time integral" method, we have carried out arigorous analysis of the electron transport property in a model gas under the influenceof electric and magnetic fields. As is well known, the electron energy distribution isnot changed by addition of the magnetic field B in parallel to the electric field E, but isseriously changed when a crossed magnetic field is given above a critical value B.,where all the electron transport coefficients are diminished with B. It is confirmedthat the similarity law holds only when all the values of E, B and gas density N arechanged together, keeping E/N and BIN constant.

• 1989-04-15

著者

• Ikuta Nobuaki

  Department Electrical And Electronic Engineering Tokushima University

• Ikuta Nobuaki

  Department Of Electronicengineering Faculty Of Engineering Tokushima University

• Sugai Yuhei

  IDEC Izumi Corporation

関連論文

• Novel Analyses of Ion Transport Properties with the FTI Method
• Boltzmann Equation Analyses for the Relaxation of Velocity Distribution of Neutrals with the Transient FTI Method
• Loss Processes of N_2(A^3Σ^+_u) in N_2+CO Mixture Gases
• Diffusion Coefficient of Electrons in Real Space
• Spatio-Temporal Gas Temperature Rise in Repetitive Positive Streamer Corona in Air
• Transport Characteristics of Electron Swarm in Model Ramsauer Gases under Electric Field
• Thermal Region in Ion Transport Characteristics
• Flight Behaviour of Electrons in a Ramp Model Gas Calculated by the FTI Method
• Electron Transport Analysis in the Presence of Electric and Magnetic Fields by the FTI Method

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