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A Study of ZnS Ceramics Infrred Antireflective Films

Lin Li

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Abstract

The transparency characteristics to IR wave of ZnS ceramics are discussed in this thesis. The design of film system are optimized with non-λ/4 wavelength double-deck film in this paper. To calculate proper parameters for double-deck film application., a suitable software is programmed and two-side and double-deck film plating samples based on ZnS ceramics are made too. The survey methods of wave-transparent are probed, and its measurement is: the compatible transmission ratio of IR(3-5μm and 8-12μm)surpasses 70%.

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What this paper is about

The transparency characteristics to IR wave of ZnS ceramics are discussed in this thesis. The design of film system are optimized with non-λ/4 wavelength double-deck film in this paper. To calculate proper parameters for double-deck film application., a suitable software is programmed and two-side and double-deck film plating samples based on ZnS ceramics are made too. The survey methods of wave-transparent are probed, and its measurement is: the compatible transmission ratio of IR(3-5μm and 8-12μm)surpasses 70%.

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Available abstract

The transparency characteristics to IR wave of ZnS ceramics are discussed in this thesis. The design of film system are optimized with non-λ/4 wavelength double-deck film in this paper. To calculate proper parameters for double-deck film application., a suitable software is programmed and two-side and double-deck film plating samples based on ZnS ceramics are made too. The survey methods of wave-transparent are probed, and its measurement is: the compatible transmission ratio of IR(3-5μm and 8-12μm)surpasses 70%.

Key concepts: Anti-reflective coating, Ceramic, Deck, Materials science, Wavelength, Optics, Optoelectronics, Fabrication

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