玻璃基底上双波段增透膜的设计与制备6 O& c6 y& o3 j, Z5 ^7 u, w! C
杭凌侠 田刚 潘永强西安工业大学光电工程学院,西安710032摘 要:采用离子束辅助沉积技术，在K9玻璃基底上完成了双波段（0．43～0．9μm及1．54μm）增透膜的设计与制备，单面镀制该增透薄膜的实测光谱曲线表明：在0．43～0．9μm波长范围内，平均透射率大于94．6％，峰值透射率大于95．4％；在1．54μm波长处，透射率不低于93．5％．[著者文摘] . G. U0 t* Q8 e0 X E! s7 h' F% d3 ~2 t
关键词:光学薄膜 双波段 增透膜 离子束辅助沉积 1 R! {# X4 W3 l$ N8 _2 V分类号: TB43[著者标引]文献标识码：A文章编号：1673-9965（2009）01-001-03栏目信息：光电工程( p! h1 j1 y, K6 H
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Design and Fabrication of High Performance Antireflection Coatings with Double WavebandHANG Ling-xia, TIAN Gang, PAN Yong-qiang School of Optoelectronic Engineering,Xi＇an Technological University,Xi＇an 710032,ChinaAbstractesign and deposition of double waveband（0. 43-0. 9 μm and 1. 54 μm）antireflection coatings on K9 Glass substrate by ion beam assisted deposition are reported. Single-surface coated substrate shows an average transmission of greater than 94.6% in the range of 0. 43-0.9 μm and the maximal transmission is greater than 95.4%,transmission is not less 93.5% in the waveband of 1.54 μm[著者文摘] [$ R8 U* Z1 H7 t2 g$ Y4 E
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Key wordsptical film;double waveband ;antireflection coatings ; ion beam assisted deposition （IBAD）
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发表于 2010-2-17 00:31:36
esign and deposition of double waveband（0. 43-0. 9 μm and 1. 54 μm）antireflection coatings on K9 Glass substrate by ion beam assisted deposition are reported. Single-surface coated substrate shows an average transmission of greater than 94.6% in the range of 0. 43-0.9 μm and the maximal transmission is greater than 95.4%,transmission is not less 93.5% in the waveband of 1.54 μm[著者文摘] [$ R8 U* Z1 H7 t2 g$ Y4 E
ptical film;double waveband ;antireflection coatings ; ion beam assisted deposition （IBAD）
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