A metal-dielectric narrow-band filter for a wavelength of 270 nm is designed within the framework of the conductive surface model to characterize the properties of thin metal films. It is demonstrated that inclusion of four thin molybdenum films into a multilayer dielectric structure ensures effective cut-off of the transmission at <1.5% in the visible range of the spectrum with the maximum transmittance more than 50% for the selected wavelength and the spectral width of the filter <5 nm.

中文翻译：

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透射紫外光金属介质滤光片的设计

在导电表面模型的框架内设计了波长为 270 nm 的金属介电窄带滤波器，以表征金属薄膜的特性。结果表明，将四层薄钼膜包含在多层介电结构中可确保在光谱的可见光范围内有效截止透射率 <1.5%，对于所选波长和光谱宽度的最大透射率超过 50%滤光片 <5 nm。