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首页> 外文期刊>Optical Materials >Laser light-induced molecular reorientation in 90° twisted nematic liquid crystal:Classic approach, Monte Carlo modeling and experiment
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Laser light-induced molecular reorientation in 90° twisted nematic liquid crystal:Classic approach, Monte Carlo modeling and experiment

机译:90°扭曲向列液晶中激光诱导的分子重取向:经典方法,蒙特卡洛建模和实验

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摘要

Monte Carlo simulations were used for modeling of optical transmission in twisted nematic liquid crystals containing metal nanoparticles interacting resonantly with pump polarized laser light. This method allows for tuning of the interaction strength: light-nanoparticle (parameter τ), anchoring at the surface (parameter a) and gives profile of angular molecular distribution within the LC layer thickness. We supplemented this method by a classic description of the optical Kerr effect in the TNLC between crossed polarizer system and compare results of transmittance changes of the system with measurements.
机译:蒙特卡罗模拟用于对扭曲向列液晶中的光传输进行建模,该扭曲向列液晶包含与泵浦偏振激光共振相互作用的金属纳米粒子。这种方法可以调节相互作用强度:光纳米粒子(参数τ),锚定在表面(参数a)并给出LC层厚度内角分子分布的轮廓。我们通过对交叉偏振器系统之间TNLC中光学Kerr效应的经典描述来补充此方法,并将系统的透射率变化结果与测量结果进行比较。

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