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On the vanishing theorems for the discretely self-similar solutions to the Hall equations

机译:关于霍尔方程离散自相似解决方案的消失定理

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摘要

Discretely self-similar solution is a generalized notion of the usual self-similar solution. For the self-similar transformed system of the Hall equations any time periodic solution corresponds to a discretely self-similar solution of the original Hall equations. We prove two types of vanishing theorems for the self-similar Hall equations. One is a Luiville type theorem, which shows triviality of solutions under suitable decay conditions at spatial infinity, and the other one is a unique continuation type of theorem, which shows also triviality of solutions under suitable vanishing condition on at the coordinate origin. The proofs of these results are based on the maximum principle.
机译:离散自我相似的解决方案是通常的自我相似解决方案的广义概念。 对于霍尔方程的自相似变换系统,任何时间的周期性解决方案都对应于原始霍尔方程的离散自相似的解决方案。 我们证明了自类似霍尔方程的两种消失定理。 一个是Luiville型定理,它显示了在空间无限远的合适衰减条件下的解决方案的差异,另一个是独特的延续类型定理,其在合适的消失状态下也显示出在坐标原点的合适的消失状态下的差异性。 这些结果的证明基于最大原则。

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