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1·The prism effect was put on the right and left lenses averagely by 1/2-1/3 degree of exophoria.

左右镜平均有1/ 2-1/3度的镜筒外加棱镜效应。

2·The prism effect produced by moving optical center of presbyopic glasses was put on the right and left lenses averagely by 1/2-1/3 degree of exophoria.

通过移动老视镜的光学中心的方法，产生三棱镜效应，按外隐斜度数的1/2～1/3给予三棱镜度，平均加在左右2眼。

3·In order to improve the reliability of the cell, means of constructing the cell based on right angle prism and the corner cube are proposed.

为改善吸收池的长期可靠性，提出了基于直角棱镜和角反射镜构造传感器吸收池的方法。

4·Thus, measuring efficiency is improved with the cell based on right-angle prism being used in the measurement of formaldehyde concentration.

因此，基于直角棱镜的吸收池用于甲醛浓度测量中，可以提高测试速度和工作效率。

5·The whole formula for the reflected ray vector of the right Angle prism is derived. Based on it, the influences of the prism laying and Angle errors on azimuth aiming accuracy are discussed.

给出了直角棱镜反射光矢量的完整表达式，在此基础上讨论了棱镜放置误差和角度误差对方位瞄准精度的影响。

6·The automatic test of Corner Cube Reflector (CCR), Roof Prism and Right-angle Prism is achieved by calculating the wavefront got from the digital phase-shifting interferometer.

本文通过对移相式数字波面干涉仪得到的测试波面进行处理实现锥体棱镜、屋脊棱镜和直角棱镜角度测试的数字化和自动化。

7·Further, the paper expounds the judicious method used to determine errors of right-angle prism.

进而阐明了直角棱镜误差给定的合理方法。