Steady Inhomogeneous Patterns of Non-Equilibrium Superconductor : Long Time Behaviour of the μ Model System
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概要
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Steady inhomogeneous patterns of the jt' model system for superconductordriven far from equilibrium are numerically studied. We firstly check the ap-plicability of the reductive perturbation method to inquire into pattern forma-tion. Then it is shown that the "global-local" concept is expedient to understandthe calculated inhomogeneous spatial patterns. Further the feasibjlity of theabnormal (neuative) diffusion in oren s>'sterns is demonstrated bv derivinn areduced non-linear stochastic equation with effective negative diffusion coefficientfrom a generalized Haken-Zwanzing model. The way of thinking developed inthis paper will be useful to understand the inhomogeneous patterns in othernon-equilibrium open systems.
- 社団法人日本物理学会の論文
- 1983-12-15
著者
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Konno Hidetoshi
Institute Of Engineering Mechanics And Systems Univers Of Tsukuba:theoretical Division Los Alamos Na
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Konno Hidetoshi
Institute Of Materials Science University Of Tsukuba
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