Novel Analyses of Ion Transport Properties with the FTI Method
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概要
- 論文の詳細を見る
Transport properties and velocity distributions of atomic ions in model atomicgases have been analysed over a wide range of reduced electric field usirag the flighttime integral (FTI) method. Isotropic scattering in the center of mass frame wasassumed for the determination of Jon speed after collision. The FTI analyses were car-ried out for two model cases of constant collision frequency (CCF) and constant colli-sion cross section (CCS) with the assumption of isotropic scattereing in thelaboratory frame. In both the CCF and CCS, the transport properties show regularchanges from the low field thermal region to the high field E/N dependent region.Zero field mobilities, temperature and E/N dependences of 'transport properties forCCF and CCS conditions are discussed. The velocity distributions as functions of ionvelocity components in the field direction for various temperatures and E/N valuesare compared.[isotropicmobility, l% collisiondiffusion ]1 coefficient,f}scatterxng, transport property, zero field mobility, reducedfrequency, velocity distribution, mean energy, drift velocity,thermal motxon
- 社団法人日本物理学会の論文
- 1992-12-15
著者
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NAKAJIMA Sadanojo
Department of Electrical and Electronic Engineering, The University of Tokushinna
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Nakajima Sadanojo
Department Of Electrical And Electronic Engineering The University Of Tokushinna
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Nakajima Sadanojo
Department Of Electrical And Electronic Engineering Tokushima University
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Nakajima Sadanojo
Tokushima University
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Nakajima Sadanojo
Faculty Of Engineering Tokushima University
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Ikuta Nobuaki
Tokushima University
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Ikuta N
Chiba Institute Of Technology
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Ikuta Nobuaki
Department Of Electronic Engineering Technical College Tokushima University
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NISHI Eiji
Department of Electrical and Electronic Engineering,Tokushima University
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Nishi E
Tokushima University
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Nishi Eiji
Department Electrical And Electronic Engineering Tokushima University
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Ikuta Nobuaki
Department Electrical And Electronic Engineering Tokushima University
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