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Advances in ferroelectric liquid crystals for high-speed spatial-light modulators

机译:用于高速空间光调节剂的铁电液晶的进展

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The developed principles of optimization of the molecular structure and the mixture composition of smectic C$+*$/ ferroelectric liquid crystal (FLC) are discussed, which significantly allow us to increase the speed of the electro-optic response in planar alignment of FLS. The achieved results reveal opportunity of construction of fast spatial light modulators with multiplexing owing to bistability with the time of electrical addressing about 1 $mu@s.
机译:讨论了分子结构优化的开发原理及散氏C $ + * $ /铁电液晶(FLC)的混合物组成,从而显着允许我们提高FLS的平面对准中的电光响应的速度。达到的结果显示,由于具有大约1 $ MU @ S的电气寻址时,通过多路复用的快速空间光调制器的建设机会。

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