Two-Dimensional Flow of a Weakly Conducting Gas Past a Plane Wall Containing a Magnetic Dipole
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概要
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In order to find some effects of compressibility on the flow of a conducting gas past a magnetized body, the two-dimensional, steady flow of a weakly conducting gas past a plane wall containing a magnetic dipole, the axis of which is placed parallel to the wall, is considered on the basis of the small perturbation theory. The boundary value problem in terms of perturbation velocity is formulaicd and solved for subsonic and super- sonic flows. In subsonic flow of a comparatively small Mach number, the drag and moment depend only on a parameter N, where N =R_mS, R_m is the magnetic Reynolds number and S is the pressure number. In supersonic flow, the velocity distribution on the wall is not monotonus, and becomes more irregular as the Mach number approaches unity.
- 社団法人日本物理学会の論文
- 1961-12-05
著者
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Morioka Shigeki
Department Of Physics And Mathematics Faculty Of Science And Engineering Ritsumeikan University
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Morioka Shigeki
Department Of Mathematics And Physics Faculty Of Science And Engineering Ritumeikan University
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Morioka Shigeki
Department Of Aeronautics Faculty Of Engineering Kyoto University
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Morioka S.
Department of Physics and Mathematics, Faculty of Science and Engineering, Ritsumeikan University
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