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Theoretical Analysis of Grating Light Valve

机译：光栅光阀的理论分析

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摘要

In this paper, the grating light valve (GLV) is presented. A simple method based on multi-beam of light interference theory is put forward to analyze its optical performance. Computer simulation demonstrates that the dimension of its structure and light source have different influence on the diffractive efficiency. According to detecting system, the diffractive efficiency in the OFF state is about 3.8544x10~(-16) at the wavelength of 0.66um, about 2.8218x10~(-16) at the wavelength of 0.5145um, 1.7846x10~(-16) at the wavelength of 0.488um, which should ideally be zero. The result indicates that such method applied in the analysis of the GLV is agreeable and simpler. In order to gain higher diffractive efficiency, the air gap should be reduced.
机译：本文介绍了光栅光阀（GLV）。提出了一种基于多光束光干涉理论的简单方法来分析其光学性能。计算机仿真表明，其结构尺寸和光源对衍射效率的影响不同。根据检测系统，在关闭状态下，在0.66um波长处的衍射效率约为3.8544x10〜（-16），在0.5145um波长处的衍射效率约为2.8218x10〜（-16），1.7846x10〜（-16）波长为0.488um，理想情况下应为零。结果表明，该方法在GLV分析中是可行且简便的。为了获得更高的衍射效率，应该减小气隙。

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