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1·The errors caused by prism extinction ratio variation are investigated.

研究了棱镜消光比变化引起的误差。

2·The optical refraction threshold. birefringent gradient and extinction ratio were measured.

测试了晶体的光折变阈值、双折射梯度和消光比。

3·In this paper, a technology on generation of ultrashort pulse with high extinction ratio is studied.

实验研究了一种高消光比短脉冲的产生技术。

4·An instrument with three wavelengths for measuring the extinction ratio of laser crystal is described.

介绍一种三波长的激光晶体消光比测试仪。

5·The effects on the extinction ratio of double crystal electro-optic Q-switching were analyzed in this paper.

分析了影响双块晶体电光调q消光比的各项因素。

6·Moreover, the method is suitable for computing the off-axes extinction ratio of all kinds of birefringent filters.

此外本方法也适用于计算各种类型双折射滤波器的离轴消光比。

7·The core of optical reshaping is a decision gate featuring signal extinction ratio enhancement and noise reduction.

信号整形的关键是光判决门，性能良好的判决门可以进一步提高信号的消光比、减小抖动。

8·This model was used to analyze gain-clamping characteristic and the extinction ratio of wavelength-converted signal.

使用该模型分析了增益钳制特性和转换后信号的消光比。

9·It requires fast response speed, big extinction ratio, small fluctuation with endless reset or reset-free SOP control.

偏振控制器要求有快的响应速度，大的消光比，小的波动，并能无端复位或不需复位就可进行无端偏振态控制。

10·The experiment indicate that the transmittance of the prism is more than 95 %, and the extinction ratio is better than 10~(-5).

通过实验测试，该形式棱镜的透射比均在95%以上，消光比优于10。