微磁学连续统理论中的耗散过程评述

Physics-A Journal of General and Applied Physics Pub Date : 1972-11-01 DOI:10.1088/0305-4470/5/11/002

G. Maugin

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引用次数: 19

摘要

本文从可变形介质微磁学理论的现代连续介质力学的观点出发，研究了由磁自旋-晶格和自旋-自旋相互作用引起的耗散过程。对可变形固体导出了一个推广Gilbert和Kelley(1953)公式的公式。得到了相应的热传导方程。

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Remarks on dissipative processes in the continuum theory of micromagnetics

Dissipative processes resulting from magnetic spin-crystal lattice and spin-spin interactions are examined from the point of view of modern continuum mechanics in the theory of micromagnetics of deformable media. A formula which generalizes that of Gilbert and Kelley (1953) is derived for deformable solids. The corresponding heat conduction equation is obtained.

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Physics-A Journal of General and Applied Physics

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