液晶光阀特性研究——汪进（PB05210086）郑重说明：老师要求最好交手写版，并非我故意不听，只是最近有六门考试迫在眉睫，况且我认为提交电子版并不影响我对本实验的理解分析！敬请老师谅解，谢谢！实验题目：液晶光阀特性研究实验目的：（见预习报告）实验原理：（见预习报告）原始数据：（与刘格、赵宇峰共享）数据处理：1、由定义知：驱动电压为零，写入光为零时输出光强最小时的位置定义为零角实验数据如下：（纪录零位置为）50454035302520151050I20.521.521.518.216.012.59.05.53.01.51.0-5-10-15-20-25-30-35-40-45-502.03.05.07.511.513.515.515.1515.5用软件绘出光强与角度的曲线：2、测量LCLV输出光强与驱动电压的关系（1）、写入光为零测量LCLV输出光强与驱动电压的关系。实验数据如下：（）电压/V0.010.200.380.620.800.981.171.411.611.802.002.222.42光强/mA22222222.322.823242628.330.030.026.018.0电压/V2.632.823.023.203.413.613.843.984.214.414.604.795.00光强/Ma10.03.81.54.011.019.827.029.029.527.022.018.012.5电压/V5.225.405.605.825.996.236.526.796.967.237.497.998.56光强/mA7.86.04.02.21.92.03.84.96.510.513.015.316.0电压/V9.079.4810.0210.5511.0211.5011.9912.5613.0213.72光强/mA13.010.010.04.83.021.31.43.04.0用软件绘图如下（图为U-I曲线）：（2）、写入光全明测量LCLV输出光强与驱动电压的关系。数据如下：用软件绘图如下(图为U-I曲线)：(3)、写入光中间值测量LCLV输出光强与驱动电压的关系。数据如下：电压/V0.000.180.400.580.801.021.221.401.581.791.982.222.43光强/mA20.020.020.020.220.821.524.026.029.031.029.523.516.0电压/V2.602.792.973.213.433.613.804.004.194.384.604.835.01光强mA2.03.512.021.826.829.028.025.020.514.59.67.05.5电压/v5.195.435.585.806.016.216.426.627.007.517.958.479.02光强/mA4.54.55.57.09.011.012.013.514.515.014.512.010.0电压/V9.489.9510.5310.9611.4912.0412.5613.0813.61光强/mA7.05.03.02.02.02.33.54.05.0电压/V0.020.170.410.630.840.991.221.391.651.811.962.252.39光强/mA18.318.318.519.019.620.021.022.526.028.530.931.028.8电压/V2.622.782.973.223.403.613.793.994.174.454.604.784.98光强/mA21.014.07.02.03.09.016.024.029.030.027.524.020..0电压/V5.195.415.625.785.986.196.426.666.817.027.488.078.55光强/mA15.511.58.04.54.03.84.86...
