Digital Designs of Broadband Visible Antireflection Coating for Wide Angular Incidence
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概要
- 論文の詳細を見る
A design algorithm based on a modified minimizing search technique is applied to design a visible antireflection coating for a wide angular incidence with an angle up to 30° from the normal. The design approach consisting of tuning and minimizing operations is effective in refining the antireflective performance and simplifying the design structure of the desired solution. It is shown that the maximum wide angular visible spectral reflectance of minimizing search antireflection coating designs for a three-material 60-layer system is reduced to less than 0.490% with 15–21-layered structures, and the average visible spectral reflectance for each incident angle is reduced to below 0.137%.
- Published by the Japan Society of Applied Physics through the Institute of Pure and Applied Physicsの論文
- 2005-01-15
著者
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Liou Yeuh-yeong
Department Of Electronic Engineering Chien Kuo Institute Of Technology
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Liu Yu-tsung
General Education Center Nan Jeon Institute Of Technology
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Liou Yeuh-Yeong
Department of Electronic Engineering, Chienkuo Technology University, No. 1 Jieh Shou Northern Road, Chang-Hua 500, Taiwan, Republic of China
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Liu Yu-Tsung
General Education Center, Nan Jeon Institute of Technology, 178 Chau-Chin Rd., Yan-Hsui, Tainan 737, Taiwan, Republic of China
関連論文
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- Digital Designs of Broadband Visible Antireflection Coating for Wide Angular Incidence
- Universal Wideband Antireflection Coating Designs for Substrates over the Visible Spectral Region by Minimizing Search Method
- Design of Universal Broadband Visible Antireflection Coating for Commonly Used Glass Substrates
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- Design of Wide-Angular-Incidence Antireflection Coating over Visible Spectral Region
- Universal Visible Antireflection Coating Designs by Tuning Iteration Technique
- Tuning Iteration Method for Antireflection Coating Designs in the Visible Spectral Region
- Minimizing Search Method for Wideband Visible or Wideband Infrared Antireflection Coating Design