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NEW APPROXIMATE SOLUTIONS TO THE NONLINEAR KLEIN-GORDON EQUATIONS USING PERTURBATION ITERATION TECHNIQUES

机译:使用扰动迭代技术的非线性Klein-Gordon方程的新近似解

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摘要

In this study, we present the new approximate solutions of the nonlinear Klein-Gordon equations via perturbation iteration technique and newly developed optimal perturbation iteration method. Some specific examples are given and obtained solutions are compared with other methods and analytical results to confirm the good accuracy of the proposed methods.We also discuss the convergence of the optimal perturbation iteration method for partial differential equations. The results reveal that perturbation iteration techniques, unlike many other techniques in literature, converge rapidly to exact solutions of the given problems at lower order of approximations.
机译:在这项研究中,我们通过扰动迭代技术提出了非线性Klein-Gordon方程的新近似解,新开发的最佳扰动迭代方法。给出一些具体的实例并将得到的溶液与其他方法进行比较和分析结果,以确认所提出的方法的良好精度。我们还讨论了局部微分方程的最佳扰动迭代方法的收敛性。结果表明,与文献中的许多其他技术不同,扰动迭代技术与许多其他技术迅速地收敛到以较低近似的给定问题的精确解。

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