Accession Number : AD0851144
Title : Formulating Hydrodynamic Equations of Ionized Gases,
Corporate Author : GENERAL DYNAMICS/ASTRONAUTICS SAN DIEGO CA
Personal Author(s) : Glansdorff, P.
Report Date : MAR 1962
Pagination or Media Count : 17
Abstract : The author recollects first the distinction which he had established previously between the dynamics of gaseous mixtures with strong and weak couplings. The first case corresponds to the well known theory of diffusion. The second case corresponds to the 'two fluids' type, which has a limited application, but is extended to the study of ionized gases at high electron temperatures. The author examines in particular the consequences of this new formation from the point of view of electric conductivity and Ohm's law. He shows that in the case of an average relative velocity of 'electrons-ions', not to be neglected with respect to the speed of sound, Ohm's law has no longer a linear characteristic and the conductivity increases as a function of this velocity.
Descriptors : (*GAS IONIZATION, HYDRODYNAMICS), DIFFUSION, ELECTRICAL CONDUCTIVITY, VELOCITY, MIXTURES.
Subject Categories : Fluid Mechanics
Distribution Statement : APPROVED FOR PUBLIC RELEASE