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Fabrication of twisted nematic structure and vector grating cells by one-step exposure on photocrosslinkable polymer liquid crystals

机译:通过在光可交联聚合物液晶上一步曝光来制造扭曲向列结构和矢量光栅单元

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摘要

We present a simple yet efficient method to automatically fabricate the twisted nematic structure by one-step exposure on an empty glass cell coated with photocrosslinkable polymer liquid crystal (PCLC) films. The resultant photoalignment directions of two substrates can be orthogonal to each other by controlling the difference between the exposure energy for upper and lower PCLC films and the twisted nematic (TN) structure can be automatically fabricated. The vector grating liquid crystalline cell with TN structure was also fabricated by means of a developed method, and the diffraction properties were well explained by the theoretical calculation on the basis of Jones calculus.
机译:我们提出了一种简单而有效的方法,通过在涂有光可交联聚合物液晶(PCLC)膜的空玻璃单元上进行一步曝光来自动制造扭曲向列结构。通过控制上下PCLC膜的曝光能量之间的差异,可以使两个基板的最终光取向方向彼此正交,并且可以自动制造扭曲向列(TN)结构。还利用改进的方法制备了具有TN结构的矢量光栅液晶盒,并在Jones演算的基础上通过理论计算很好地解释了衍射特性。

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