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Noether's and Poisson's methods for solving differential equation xs^(m) = Fs(t,xk^(m-2) , xk(m-1)
引用本文:何光,梅凤翔.Noether's and Poisson's methods for solving differential equation xs^(m) = Fs(t,xk^(m-2) , xk(m-1)[J].中国物理 B,2008,17(3):822-824.
作者姓名:何光  梅凤翔
作者单位:[1]School of Aerospace Science and Engineering, Beijing Institute of Technology, Beijing 100081, China [2]School of Science, Beijing Institute of Technology, Beijing 100081, China
基金项目:Project supported by the National Natural Science Foundation of China (Grant No 10572021) and Doctoral Programme Foundation of Institution of Higher Education of China (Grant No 20040007022).
摘    要:This paper studies integration of a higher-order differential equation which can be reduced to a second-order ordinary differential equation. The solution of the second-order equation can be obtained by the Noether method and the Poisson method. Then the solution of the higher-order equation can be obtained by integrating the solution of the second-order equation.

关 键 词:高级次微分方程  积分方法  物理数学  解题方法
收稿时间:2007-08-10

Noether's and Poisson's methods for solving differential equation xs(m)= Fs(t,xk(m-2),xk(m-1)
He Guang and Mei Feng-Xiang.Noether's and Poisson's methods for solving differential equation xs(m)= Fs(t,xk(m-2),xk(m-1)[J].Chinese Physics B,2008,17(3):822-824.
Authors:He Guang and Mei Feng-Xiang
Institution:School of Aerospace Science and Engineering, Beijing Institute of Technology, Beijing 100081, China; School of Science, Beijing Institute of Technology, Beijing 100081, China
Abstract:This paper studies integration of a higher-order differential equation which can be reduced to a second-order ordinary differential equation. The solution of the second-order equation can be obtained by the Noether method and the Poisson method. Then the solution of the higher-order equation can be obtained by integrating the solution of the second-order equation.
Keywords:Noether's method  Poisson's method  higher order ordinary differential equation  integration
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