On the Variation Principle in the Kinetic Theory of Dense Gases, I.

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概要

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• The variation principle in the kinetic theory of gases is extended to the case of a dense gas made of rigid-sphere molecules with the finite radius. The solution of Enskog's first approximation equation for the dense gas of rigid-sphere molecules is derived from the variation principle. The local entropy production per unit time is the maximum in this variational principle. The correction to the entropy due to imperfectness of the gas is calculated from the virial expansion of the equation of state for a rigid-sphere gas.

• 社団法人日本物理学会の論文
• 1960-01-05

著者

• Murakami Terutosi

  Department Of Applied Science Faculty Of Engineering Kyushu University

• MURAKAMI Terutosi

  Department of Applied Science, Faculty of Engineering Kyushu University

関連論文

• Symmetry Properties of the Linear Boltzmann or Master Operator in the Form of a Differential-Operator Expansion
• Shock Wave Structures in Gas-Particle Mixtures
• Entropy Production and Variation Principle in The Kinetic Theory of Rigid-Sphere Gas Mixture
• Theoretical Inverstigation of A Converging Shock Wave in Porous or Composite Materials
• Kinetic Theoretical Studies of Shock Waves in Gas-Particle Mixtures
• On the Variation Principle in the Kinetic Theory of Dense Gases, I.
• Numerical Analysis of Converging Shock Waves in Concentric Solid Layer

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