Cross Section Dependent Transport Properties of Thermal Gases
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概要
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The velocity distribution and transport properties of model gases in thermal equilibrium at 300 K with mass of He having three cross sections proportional to the power of relative speed as v^0_r, v^<-1/2>_r and v^<-1>_r are calculated by using the flight time integral (FTI) method. Gas particles of all the cross sections are settled in a Maxwell distribution with a mean energy of 3kT_g/2e eV, but some of transport properties, mean colliding energies, reaction rates take different values due to relative velocity dependent cross sections even reduced to a common mean collision frequency. The fact that the gas can have different transport properties and reaction rates in the same temperature and collision frequency is noticeable.
- 1995-02-15
著者
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Ikuta Nobuaki
Tokushima University
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MIYAZAKI Takahumi
Tokushima University
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Harada Akio
Department Of Electrical Engineering Graduate School Of Tokyo Metropolitan University
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Harada Akio
Tokushima University
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