The quality of display effect of liquid crystal display mostly lies with the distribution of the director of liquid crystal in liquid crystal cell 液晶显示器显示效果的好坏在很大程度上取决于液晶指向矢在液晶盒内的分布情况。
With the result of this investigate , a new experimental plan for measurement of the flexoelectric coefficient the non - symmetric liquid crystal cell is proposed 作为本项研究结果的一个应用，本文提出采用不对称液晶盒可以用来测定液晶的挠曲电系数。
In this paper , the non - symmetric planar aligned nlc cell with weak anchoring has been mainly investigated . the primary contents are stated as follows . 1 本文以弱锚定不对称沿面校列向列液晶盒作为研究对象，主要的内容包括以下几个主要方面： 1
To calculate the distribution of the director of super twisted nematic liquid crystal cell with strong and weak anchoring respectively under electric field 分别对强锚定和弱锚定超扭曲向列相液晶盒系统，在外加电场作用下，求出了它们指向矢倾角分布曲线。
Glass spacers are mixed with seal material to determine the thickness of lcd - panel , it is very important to the contrast , feedback time and visual angle of lcd 摘要玻璃衬垫主要用来控制液晶盒的厚度，对液晶显示器的对比度、响应时间和视角都有重要的影响。
The influence of the flexoelectric effect on the quality of display effect of liquid crystal display is not neglected through studying the two modules of liquid crystal cell 通过对两种液晶盒模型的研究，可以看出挠曲电效应对液晶显示效果的影响是不容忽视的。
Parameter space representation which based on the stationary jones matrix of liquid crystal is a method that can decide the state of the liquid crystal cell 参数空间法( parameterspacerepresentation )是基于液晶盒关态琼斯矩阵作出的一种确定液晶工作状态的方法。
An extended jones matrix method which is a powerful tool to treat the transmission of light through lc cell , then this method is applied to investigated the a - htn mode lc cell in this paper 在本文中提出的a - htn型液晶盒透过率的计算采用的是扩展琼斯矩阵方法。
The cell with different anchoring strength on above and below substrates has been studied rarely , but its applied value and practical sense should be got enough attention 上、下基板锚定强度不同的液晶盒研究的很少，但它的应用价值和现实意义没有得到足够的重视。
The basis is that when incident polarized light gets through a liquid - crystal box , it ’ s first diffraction angle and optical intensity are controlled by periodic electric field 其原理为:入射偏振光通过空间周期电场作用下的液晶盒,一级衍射角和衍射光强受到电压的调制。
