KdV方程与五阶微分方程的联立解

IF 0.5 Q3 MATHEMATICS Ufa Mathematical Journal Pub Date : 2016-01-01 DOI:10.13108/2016-8-4-52
R. Garifullin
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引用次数: 4

摘要

本文考虑了KdV方程的一个通解。这个解也满足一个五阶常微分方程。我们提出了研究该解在t→∞时的行为的问题。对于大时间,随着慢变量s = x2/t的变化,渐近解具有不同的结构。构造了在s <−3/4,−3/4 < s < 5/24和点s =−3/4附近的渐近解。结果表明,在点s =−3/4附近溶液参数的缓慢调制可以用painlevev方程的解来描述。
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On simultaneous solution of the KdV equation and a fifth-order differential equation
In the paper we consider an universal solution to the KdV equation. This solution also satisfies a fifth order ordinary differential equation. We pose the problem on studying the behavior of this solution as t → ∞. For large time, the asymptotic solution has different structure depending on the slow variable s = x2/t. We construct the asymptotic solution in the domains s < −3/4, −3/4 < s < 5/24 and in the vicinity of the point s = −3/4. It is shown that a slow modulation of solution’s parameters in the vicinity of the point s = −3/4 is described by a solution to Painlevé IV equation.
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