New method for sub-structured Ronchi rulings generation and his irradiance profile

D. Aguirre-Aguirre, F. Granados-Agustin, B. Villalobos-Mendoza, R. Izazaga-Pérez, M. Campos-García, A. Cornejo-Rodriguez
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Abstract

In this work we show a new technique for sub-structured Ronchi rulings generation and the calculation of the irradiance profile produced by this ruling. Commonly, these rulings are used to increase the spatial resolution in the Ronchi test and allow us to observe smaller surface defects. To generate the sub-structured Ronchi ruling we propose a combination of several classical Ronchi rulings with different frequency, in order to calculate the irradiance profile generated by the substructured Ronchi ruling, we propose a combination of the irradiance profile generated by each combined classical Ronchi ruling. The comparison of synthetic and experimental Ronchigrams of spherical surfaces are shown. We found that the proposed method can reproduce reliably the experimental irradiance profile.
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子结构Ronchi规则生成的新方法及其辐照度分布
在这项工作中,我们展示了一种新的亚结构Ronchi规则生成技术和由该规则产生的辐照度分布的计算。通常,这些规则用于增加Ronchi测试中的空间分辨率,并允许我们观察较小的表面缺陷。为了生成子结构的Ronchi规则,我们提出了几种不同频率的经典Ronchi规则的组合,为了计算由子结构的Ronchi规则产生的辐照度分布,我们提出了每个组合的经典Ronchi规则产生的辐照度分布的组合。给出了球形表面的合成和实验ronchgraph的比较。结果表明,该方法能较好地再现实验辐照度曲线。
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