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Reply to the comment on 'Light propagation in the Fresnel region - New numerical approach'

机译:回复关于“菲涅耳区域的光传播-新的数值方法”的评论

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摘要

The paper is an answer to the comment on the approach for light propagation in the Fresnel region [W. Zhang, W. Huang, Z. Ye, T. Zhao, F. Yu, Opt. Commun. 281 (2008) 3977]. The examples presented in the commented paper entitled "Light propagation in the Fresnel region - New numerical approach" [M. Sypek, Opt. Commun. 116 (1995) 43] were sufficiently rigorous. A quantitative comparison of the results obtained for non-zero padding and zero-padding techniques are included. The divided steps approach which was the major contribution introduced by the modified convolution method could help reduce the aliasing error for the large propagation range, but only with the simultaneous use of the zero-padding technique. In this paper examples are presented. Additional explanations are enclosed.
机译:本文是对有关在菲涅耳区域中传播光的方法的评论的答案。 Zhang W,Huang,Z. Ye,T.Zhao,F.Yu,Opt。社区281(2008)3977]。评论论文中提出的示例题为“菲涅耳区域的光传播-新的数值方法”。 Sypek,选择。社区116(1995)43]足够严格。包括对非零填充和零填充技术获得的结果的定量比较。改进的卷积方法引入的主要贡献是分步方法,可以帮助减少较大传播范围内的混叠误差,但只能同时使用零填充技术。本文提供了示例。随附其他说明。

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