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Method of fabricating electro-optical devices with polymer-stabilized liquid crystal molecules

机译:用聚合物稳定的液晶分子制造电光器件的方法

摘要

In a preparation method, a chiral or cholesteric liquid crystal, a photoreactive monomer, and a photoinitiator are disposed in a liquid crystal cell. A principal surface of the liquid crystal cell is illuminated with ultraviolet light selected to have a non-uniform ultraviolet light intensity profile in the liquid crystal cell. The illuminating cooperates with the photoinitiator to polymerize at least a portion of the photoreactive monomer near the principal surface to generate a polymer network having a density corresponding to the non-uniform ultraviolet light intensity profile. The polymer network biases the liquid crystal toward a selected helical alignment direction. In some embodiments, the illuminating includes illuminating with first and second ultraviolet light intensity profiles to produce surface and volume polymer network components.
机译:在制备方法中,将手性或胆甾型液晶,光反应性单体和光引发剂设置在液晶单元中。用被选择为在液晶单元中具有不均匀的紫外线强度分布的紫外线照射液晶单元的主表面。照明与光引发剂协同作用,使靠近主表面的光反应性单体的至少一部分聚合,以产生密度对应于不均匀紫外线强度分布的聚合物网络。聚合物网络将液晶朝选定的螺旋排列方向偏置。在一些实施方案中,照明包括用第一和第二紫外光强度分布图照明以产生表面和体积聚合物网络组分。

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