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Maillet type theorem for nonlinear partial differential equations and Newton polygons

机译:非线性偏微分方程和牛顿多边形的Maillet型定理

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摘要

It is known that the formal solution to an equation of non-Kowalevski type is divergent in general. To this solution it is important to evaluate the rate of divergence or the Gevrey order, and such a result is often called a Maillet type theorem. In this paper the Maillet type theorem is proved for divergent solutions to singular partial differential equations of non-Kowalevski type, and it is shown that the Gevrey order is characterized by a Newton polygon associated with an equation. In Order to prove our results the majorant method is effectively employed.
机译:众所周知,非Kowalevski型方程的形式解通常是发散的。对于此解决方案,重要的是评估散度速率或Gevrey阶数,这种结果通常称为Maillet型定理。本文针对非Kowalevski型奇异偏微分方程的发散解证明了Maillet型定理,并证明了Gevrey阶的特征是与一个方程相关联的牛顿多边形。为了证明我们的结果,主要方法被有效地采用。

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