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首页> 外文期刊>Japanese journal of applied physics >Hybrid Alignment Induced by Asymmetric Photopolymerization of Liquid Crystal-Reactive Mesogen Composition between Two Plastic Substrates
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Hybrid Alignment Induced by Asymmetric Photopolymerization of Liquid Crystal-Reactive Mesogen Composition between Two Plastic Substrates

机译:由两个塑料基板之间的液晶反应性液晶元组成的不对称光聚合引起的杂化排列。

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摘要

A hybrid aligned liquid crystal layer was prepared between plastic substrates by the asymmetric photopolymerization of the reactive mesogen. The planar alignment of liquid crystal molecules was induced on the top substrate facing the UV light by the predominant photopolymerization at this substrate, whereas a homeotropic orientation was induced on the bottom substrate. The extinction ratio of the hybrid aligned samples vs the polymer concentration and the thickness of the liquid crystal layer was examined.
机译:通过反应性液晶元的不对称光聚合,在塑料基板之间制备了混合取向液晶层。通过在该基板上的主要光致聚合作用,在面对紫外线的顶部基板上引起液晶分子的平面取向,而在底部基板上引起垂直取向。检查了混合取向样品的消光比与聚合物浓度和液晶层厚度的关系。

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