Optical method is one of the most effective way of dynamic Angle measurement with high accuracy.
光学测角法是高精度动态角度测量的一种有效的解决途径。
Optical methods are one of the most effective way of dynamic Angle measurement with high accuracy.
光学测角法是高精度动态角度测量的一种有效的解决途径。
It is a special application to establish a long optical reference for measuring relative Angle between measurement instruments in optical engineering.
建立测量仪器之间相对角度测量用的长的光学参考基准，是光学工程中的一种特殊应用。
Exhaustive discussion about the measurement of the optical values, namely, rotating Angle, inclination Angle and compensation Angle, under illuminating the model by linear or circular polarized light.
详细讨论如何利用线偏振光或圆偏振光来测量光学数值：旋转角、倾斜角和补偿角。
Abstract: Optical methods are one of the most effective way of dynamic Angle measurement with high accuracy.
摘要：光学测角法是高精度动态角度测量的一种有效的解决途径。
Principle analysis and experiment result indicate that the optical self-collimation Angle measurement method using CCD as photoelectric transformation element is feasible.
理论分析及实验表明，采用CCD为光电转换元件的光学自准直测角方法是可行的。
This method in the invention is only measuring in the one position of the optical path; therefore the method can facilitate to realize the real-time measurement of the beam divergence Angle.
本发明方法只在光路中的一个位置测量即可，因此本发明方法可方便地实现光束发散角的实时测量。
Optical characteristics-related measurement projects in it include: shining luminance, angle-related luminance uniformity, angle-related contrast ratio, gray scale curve, etc.
其中与光学特性测量有关的项目有：发光亮度、角度相关亮度均匀性、角度相关对比度、灰阶色度线性等。
Optical characteristics-related measurement projects in it include: shining luminance, angle-related luminance uniformity, angle-related contrast ratio, gray scale curve, etc.
其中与光学特性测量有关的项目有：发光亮度、角度相关亮度均匀性、角度相关对比度、灰阶色度线性等。
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