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首页> 美国卫生研究院文献>Scientific Reports >Multifunctional Optical Thin Films Fabricated by the Photopolymerization of Uniaxially Oriented Lyotropic Liquid Crystal Monomers for Electro-Optical Devices
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Multifunctional Optical Thin Films Fabricated by the Photopolymerization of Uniaxially Oriented Lyotropic Liquid Crystal Monomers for Electro-Optical Devices

机译：单轴取向溶致液晶单体的光聚合制备光电器件的多功能光学薄膜

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摘要

A multifunctional optical thin film (MOTF) is fabricated by coating the newly synthesized perylene-based reactive mesogen (PBRM) and stabilized by the subsequent photopolymerization. Based on the spectroscopic results combined with morphological observations, it is found that nematic liquid crystal (NLC) is aligned parallel to the molecular long axis of PBRM not only due to the long-range physical anchoring effect but also due to the short-range molecular physical interactions between alignment layer and NLC molecules. From the electro-optical properties of LC test cells fabricated with the PBRM MOTF, it is clearly demonstrated that the PBRM MOTF can work as the planar LC alignment layer as well as the in-cell coatable polarizer. The coatable PBRM MOTF from lyotropic chromonic reactive mesogens can pave a new way for the flexible optoelectronic devices.
机译：多功能光学薄膜（MOTF）通过涂覆新合成的per基反应性液晶元（PBRM）制成，并通过后续的光聚合作用使其稳定。根据光谱结果结合形态学观察，发现向列液晶（NLC）平行于PBRM的分子长轴排列，不仅是由于长距离的物理锚定效应，而且还由于短距离的分子取向层和NLC分子之间的物理相互作用。从用PBRM MOTF制成的LC测试盒的电光特性，可以清楚地证明PBRM MOTF既可以用作平面LC取向层，也可以用作盒内可涂覆的偏振片。来自溶致色团反应性液晶元的可涂覆PBRM MOTF可以为柔性光电器件铺平新途径。

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