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Analysis of transmitting characteristics of high-transparency double-layer metallic meshes with submillimeter period using an analytical model

机译：使用解析模型分析亚毫米级高透明双层金属网的传输特性

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摘要

The transmitting characteristics of high-transparency double-layer metallic meshes with submillimeter period were analyzed using an analytical model, which was established using angular spectrum propagation theory and verified through experiments. It was found through analysis that rotating misalignment has significant effect on the distribution of diffraction spot intensity. Large period and small linewidth can be used to obtain high transmittance and low levels of stray light. Substrate thickness has little effect on transmitting characteristics of mesh, and so it is a variable free to choose in optimizing shielding characteristics of mesh. We think, together with other ways and means of optimizing shielding characteristics of mesh, the model can also be used for the optimization of a high-pass mesh filter.
机译：利用解析模型分析了亚毫米周期的高透明双层金属丝网的传输特性，该模型是利用角谱传播理论建立并通过实验验证的。通过分析发现，旋转未对准对衍射光斑强度的分布有显着影响。大周期和小线宽可用于获得高透射率和低水平的杂散光。基底厚度对网的透射特性影响很小，因此在优化网的屏蔽特性时可以自由选择。我们认为，与其他优化网格屏蔽特性的方法一起，该模型也可以用于优化高通网格滤波器。

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