平成27年度第4回講演会（日本航空宇宙学会関西支部分科会）
| 日時： | 平成27年7月1日（水） 13:30-14:30 |
| 場所： | 京都大学 桂キャンパスCクラスタ総合研究棟III（C3棟） 3階 b3n03室（航空宇宙工学専攻会議室） |
| 講演： | Hydrodynamics models derived from kinetic theory for weakly ionized plasma flow out of thermal and chemical equilibrium with consistent thermodynamics (joint work with B. Graille and T. Magin) |
| Prof. Marc Massot (Laboratoire EM2C, Ecole Centrale Paris, France) |
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| 要旨： | Based on kinetic theory, we give a complete description of the Kolesnikov effect in multicomponent partially ionized plasmas, or crossed contributions to the mass and energy transport fluxes coupling the electrons and heavy particles. The electromagnetic field influence, an ionization mechanism, and a possible thermal nonequilibrium of the translational energy of the electrons and heavy particles, given their strong disparity of mass, are accounted for. We conduct a dimensional analysis of the Boltzmann equation and use a multiscale Chapman-Enskog method with a mixed hyperbolic/parabolic scaling to derive, for the continuum regime, macroscopic conservation equations and expressions for the transport coefficients and chemical production rates. The model satisfies the law of mass action and the first and second laws of thermodynamics and has a well defined mathematical structure. |