Herein, we report the enhancement of electro-optical performances of nanoparticle embedded liquid-crystal devices in the laser speckle pattern reduction, enhancement of viewing angle, and that of color gamut by doping the nano-particles (NPs) of PγCyclodixtrin-ZrO₂ (Shiraishi lab) and Aerosil R-812 (EVONIK) into the liquid crystal devices. This report will be done through updating of previous work in particular giving physical modeling based on Rayleigh–Gans optical scattering theory and effect of the rising of the effective temperature called Kobayashi temperature due to the existence of NPs in an LC medium and by conducting simulations.

在此，我们，增强视角的，并且色域的通过掺杂PγCyclodixtrin-的ZrO的纳米颗粒（纳米颗粒）报告的嵌入式液晶装置在激光散斑图案减少纳米颗粒的电光性能增强₂（ Shiraishi实验室）和Aerosil R-812（EVONIK）集成到液晶设备中。本报告将通过更新先前的工作来完成，特别是基于Rayleigh-Gans光学散射理论进行物理建模，以及由于LC介质中存在NP而导致有效温度升高（称为Kobayashi温度）的影响，并进行模拟。