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Numerical calculation of the mosaic error between mosaic gratings

机译:马赛克光栅镶嵌误差的数值计算

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The theoretical calculation model for a mosaic error was established based on the plane equation for a grating surface and the relationship equation for a mosaic grating surface. A mosaic grating was obtained based on this model. In the experiment, the mosaic error was calculated based on the diffraction wavefronts of two groups of mosaic gratings that were obtained simultaneously with a Zygo interferometer. The difference between the wavefront of the mosaic grating and the average wavefront of the mosaic grating element was 0.031 lambda. The maximum far-field intensity of the mosaic grating was 90% of that without an error. This model provides a theoretical basis for the numerical mosaic between gratings. In addition, the mosaic error can be calculated with this model, and the quality of the mosaic grating can be evaluated. (C) 2020 Optical Society of America
机译:基于光栅表面的平面方程和马赛克光栅表面的关系方程建立了马赛克误差的理论计算模型。 基于该模型获得马赛克光栅。 在实验中,基于与Zygo干涉仪同时获得的两组马赛克光栅的衍射波形来计算马赛克误差。 马赛克光栅的波前与马赛克光栅元件的平均波前之间的差异为0.031λ。 Mosaic光栅的最大远场强度为90%而不会出错。 该模型为光栅之间的数值马赛克提供了理论依据。 另外,可以利用该模型计算马赛克误差,并且可以评估马赛克光栅的质量。 (c)2020美国光学学会

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    《Applied optics》 |2020年第13期|共7页
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