论文部分内容阅读
本文就新近提出的曲线摩擦的TNLCD(CR—TNLCD)的曲线构形对视角特性的影响进行了研究,模拟计算结果表明,通过改变曲线的方程形式,可以进一步改善视角特性.深入分析认为,CR—TNLCD改善视角的必要条件不是基板表面的分子沿正弦曲线取向,而是dy/dx具有周期性和连续性.人们可以构造具有上述特征的各种形式的曲线,以获得最好的视角特性.本文还探讨了实现排列的的方法,近几年,各种非摩擦取向方法的出现为CR—TNLCD的实现提供了有利的条件.
In this paper, the effect of curve configuration of TNLCD (CR-TNLCD), which is proposed by curve friction, on the viewing angle characteristics has been studied. The simulation results show that the viewing angle characteristics can be further improved by changing the equation of the curve. - TNLCD A necessary condition to improve the viewing angle is not that the molecules on the surface of the substrate are oriented along a sinusoid, but that dy / dx has periodicity and continuity One can construct various forms of curves with the above characteristics to obtain the best viewing angle characteristics. In this paper, we also discuss the method of arranging. In recent years, the emergence of various non-rubbing orientations has provided favorable conditions for the realization of CR-TNLCD.