An integrating factor to find the canonical variables of a class of wave equations

S. Giles
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Abstract

A method to facilitate the determination of canonical variables of the one-dimensional wave equation in nonhomogeneous media is presented. In order to solve the second-order hyperbolic partial differential equation a transformation from the independent real variables x and y to two canonical variables is used. A method is presented which shows a way of determining a solution when the wave-speed function /spl sigma/(x,y) meets certain requirements on continuity, and the function u(x,y) meets certain integrability requirements. The method depends on finding an integrating factor, f(x,y).<>
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求一类波动方程正则变量的积分因子
提出了一种便于确定非均匀介质中一维波动方程典型变量的方法。为了求解二阶双曲型偏微分方程,采用了由独立实变量x和y到两个正则变量的变换。给出了波速函数/spl σ /(x,y)满足一定的连续性要求和函数u(x,y)满足一定的可积性要求时确定解的方法。该方法依赖于找到一个积分因子f(x,y)
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