Thermal Region in Ion Transport Characteristics

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概要

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• Transport coefficients and velocity distributions of tons in gas under an electricfield of a wide range are analysed using the flight time integral (FTI) method. A ther-mal region where the ion transport almost solely depends on the thermal motion ofgas is clearly found in a range of low reduced field E/N, while characteristics depen-dent only on E/N are observed in the high E/N range. Understanding of the iontransport property in the thermal region and the temperature dependence will be im-portant for the derivation of interaction potentials between ion and neutrals.ton transport, drift velocity, thermal region, relative velocity, zero field mobility

• 社団法人日本物理学会の論文
• 1992-04-15

著者

• Ikuta Nobuaki

  Department Of Electronic Engineering Technical College Tokushima University

• NISHI Eiji

  Department of Electrical and Electronic Engineering,Tokushima University

• Nishi Eiji

  Department Electrical And Electronic Engineering Tokushima University

• Ikuta Nobuaki

  Department Electrical And Electronic Engineering Tokushima University

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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