振動平板と気液界面に挟まれた一次元空間内に励起される共鳴音波に関する分子気体力学解析(バイオ・マイクロ・スポーツの流れ 分子スケール(1),一般講演)

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  • Molecular Gas Dynamics on Resonant Sound Waves Excited in One-Dimensional Space between Oscillating Plate and Vapor-Liquid Interface

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The behavior of resonant sound waves in a finite one-dimensional space between an oscillating plate (sound source) and a vapor-liquid interface is analyzed by applying the asymptotic theory for Kn<<M<<1, where M is the Mach number and Kn is the Knudsen number. The result shows that the gas region consists of the three regions of that governed by wave equation, the thermal boundary layer and the Knudsen layer.

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