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Fer's expansion for generalized Hamiltonian system based on Lie transformation technique

机译:基于李变换技术的广义哈密顿系统的Fer展开

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In the present paper, we present a new method for integrating the ordinary differential equation, especially for the ordinary differential equation derived from explicitly time-dependent generalized Hamiltonian dynamic system, which is based on taking a factorization of the evolution operator as an infinite product of the exponentials of Lie operators. The above process is a Lie group (algebraic) method that retains the structural intrinsic properties of the exact solution when truncated and is used to analyze the main features of the so-called Fer's expansion. The numerical examples are presented at the end of this paper. (C) 2003 Elsevier Ltd. All rights reserved.
机译:在本文中,我们提出了一种新的方法来积分常微分方程,特别是对于从显式依赖于时间的广义哈密顿动力学系统派生的常微分方程,该方法基于将演化算子的​​因式分解为的无穷乘积。 Lie运算符的指数。上面的过程是李群(代数)方法,该方法在截断时保留精确解的结构固有属性,并用于分析所谓的Fer展开的主要特征。数值示例在本文末尾给出。 (C)2003 Elsevier Ltd.保留所有权利。

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