Molecular Theory of Liquid Helium

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概要

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• In order to explain the well-known peculiar character of liquid helium an assumption is proposed that as the temperature is raised from O°K atoms are excited by thermal agitation to form "molecules" of about eight atoms each. Bose statistics is then applied to the system of atoms and molecules. The thermodynamical properties, thermomechanical effect, the so-called second sound, viscosity etc. are quantitatively discussed, giving microscopic interpretation of these phenomena on the line proposed phenomenologically by Tisza.^<1)>

• 理論物理学刊行会の論文

著者

• Toda Morikazu

  Institute Of Physics Tokyo Bunrika University

• Toda Morikazu

  Instittes Of Physics Tokyo Bunrika University And Tokyo University

関連論文

• Notes on Fermi and Bose Statistics
• Chopping Phenomenon of a Nonlinear System
• A Soliton and Two Solitons in an Exponential Lattice and Related Equations
• On the Liquid He^3 and its Mixture with He^4
• Molecular Theory of Liquid Helium
• Development of the Theory of a Nonlinear Lattice
• An Evidence for the Existence of Kirkwood-Alder Transition
• The Exact N-Soliton Solution of the Korteweg-de Vries Equation
• On the Relation between Fermions and Bosons
• Diffusion on the Fermi-Surface and the Conductivity of Metals

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