It is testified that the method is effective and the measuring accuracy is improved by the experiments of measuring and compensating for refractive index of air.
通过空气折射率测量及补偿实验,证实了该方法的可行性,测量结果经补偿后可使精度提高一个数量级。
The result indicates that the error of the test for refractive index of polymer is less than 5%, while for volume percent of liquid crystal, the maximum error reaches about 10%.
结果表明,对聚合物分散液晶聚合物折射率的误差在5%以内,而对液晶体积分数的测试误差较大,达到10%左右。
Probability Distributions for the Inner Scale and the Refractive Index Structure Parameter and Their Implications for Flux Averaging.
内尺度和折射指数结构参数的概率分布及其在计算通量平均值值的应用。
应用推荐