On the Steady Flow of a Non-Equilibrium Ionized Gas past a Wall with Sharp Corners in the Presence of a Magnetic Field

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概要

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• The steady flow of a non-equilibrium ionized gas past an insulated wall with sharp corners, in the presence of an applied magnetic field has been dealt with by the linearized approximation. The supersonic aligned fields flow is studied in the two extreme cases of very low conductivity and infinite one. Since the perturbations identically vanish upstream of the first corner, the Laplace transformation can be applied to solve the problem. The distributions of pressure, density and electron number fraction over the wall are obtained. In the crossed fields case, only the supersonic flow of a very low conducting gas is studied by the same procedure. In the flow of infinite conductivity, the disturbances can propagate upstream through the wall, even if the flow is supersonic. Another method is necessary to deal with such a problem.

• 社団法人日本物理学会の論文
• 1969-05-05

著者

• Takahashi Tsuguo

  Department Of Physics Faculty Of Science Tokyo Metropolitan University

• Kusukawa Ken-ichi

  Department Of Physics Faculty Of Science Tokyo Metroplitan University

• Kusukawa Ken-ichi

  Department Of Physics Faculity Of Science Tokyo Metropolitan University

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