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Electrically controlled spatial-polarization switch based on patterned photoalignment of nematic liquid crystals

机译:基于向列型液晶光取向的电控空间极化开关

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摘要

A switching scheme for two orthogonal modes of laser radiation that is based on the total internal reflection effect realized at the interface of two liquid crystal regions with orthogonal director orientations is proposed. To create the photorefractive interface within the bulk of a liquid crystal, an original technique based on self-alignment of azo dye photoalignment and absorbing electrode patterns has been developed. Spatial separation of the orthogonally polarized light beams and their switching (when the positions of reflected and transmitted light beams are switched) due to the voltage applied has been experimentally realized. (C) 2016 Optical Society of America.
机译:提出了一种基于两种方向正交的液晶区域的界面处实现的全内反射效应的激光辐射的两种正交模式的切换方案。为了在大部分液晶中形成光折射界面,已经开发了基于偶氮染料光取向的自对准和吸收电极图案的原始技术。已经通过实验实现了正交偏振光束的空间分离以及由于施加电压而进行的切换(当反射和透射光束的位置被切换时)。 (C)2016年美国眼镜学会。

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