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Buffer Phenomenon in the Generalization of the Swift-Hohenberg Equation

机译:Swift-Hohenberg方程的推广中的缓冲现象

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摘要

A particular generalization of the Swift-Hohenberg equation with zero Dirichlet boundary conditions at the endpoints of a finite interval is considered. It is found that, as the length l of the interval increases while the supercriticality ε is fixed and sufficiently small, the number of coexisting stable equilibrium states in the boundary problem indefinitely increases; i.e., a buffer phenomenon is observed.
机译:考虑在有限间隔的端点处具有零Dirichlet边界条件的Swift-Hohenberg方程的一种特殊推广。发现,随着间隔的长度l增加而超临界值ε固定且足够小,边界问题中并存的稳定平衡态的数量无限地增加;即,观察到缓冲现象。

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