TechWiz LCD 3D应用:液晶面板和光栅衍射分析
液晶显示面板的光栅结构产生了衍射图样。根据远场方程,将衍射光计算为输出光通过光栅介质的电场之和。 0+ '&`Q!u X?',n
1 基于极坐标图和图像结果文件,对考虑衍射效应的光栅模型的设计有很大的帮助。 ^ytrK
Q +sA2WK] 偏振体光栅(PVGs)模拟也可以用来识别一阶反射率。 *^4"5X@ Qv-_ jZ 狭缝模拟 b%`1cV
[attachment=125981] (a)极坐标图 [attachment=125982] q;CiV B9 uoVcW (b)颜色轮廓 0d&6lqTo
[attachment=125983] (c)衍射强度 t{kG<J/l 液晶相位光栅模拟 e T{ 4{
[attachment=125984] (d)TRN数据 (e)极坐标图 BWrxunHO !pW0qX\1n
[attachment=125985] (f)衍射效率 x9g#<2w8
[attachment=125986] (g)图像分析 ND;#7/$> 智能窗 ~mxO7cy5Cg m
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[attachment=125987] (h)液晶指向矢分布和相位差曲线 (i)衍射效率,POM图像,以及衍射图样 [1] C.-H. Han, T.-H. Choi, W.-S. Kim, S.-W. Oh, Diffractive liquid crystal device for privacy window with a low operating voltage, J. Inf. Disp. 24 249–254(2023). fr3d +6\Zj)
[attachment=125988] (j)衍射效率,衍射图样,以及POM图像 (k)衍射图像分析 [2] C.-H. Han, S.-W. Oh, A high-haze liquid crystal grating device with asymmetric anchoring energies, Displays 81 102581 (2024). * u>\57W Gd=RyoJl 偏振体光栅(PVGs) AkV#J,
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[attachment=125989] (l)ChLC PVGs (m)入射光
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