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Title: Introduction of A New Principle in the Theory of Magnetism II. : New Statistical Thermodynamics for Magnetizable Materials and Superconductors
Authors: IIDA, Shuichi
Author's alias: 飯田, 修一
Issue Date: 20-Aug-1975
Publisher: 物性研究刊行会
Journal title: 物性研究
Volume: 24
Issue: 5
Start page: 207
End page: 246
Abstract: A rigorous verification is made that the Meissner state has the minimum magnetostatic energy. The tricky structure of the magnetic energy is analyzed for a system comprised of two doubly connected superconductors, clarifying the profound meaning of the Zeeman energy and the Meissuer state. Through emphasizing the correct way of treating the magnetic energy of an externally applied field, a new thermodynamics for Curie-Langevin-Debye paramagnetism, for Larmor diamagnetism, and for superconductor has been developed. Since the thermodynamical energy of a many electron system cannot be identical to the Hamiltonian of the system, Miss. Van Leeuwen's theorem on the absence of diamagnetism in classical systems is wrong. The new thermodynamics allows easy derivation of the London equation and it gives a new way of understanding thermodynamically the normal-superconducting transition in a magnetic field.
Description: この論文は国立情報学研究所の電子図書館事業により電子化されました。
URI: http://hdl.handle.net/2433/89030
Appears in Collections:Vol.24 No.5

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