电光

A quasirectangle waveguide structure is designed using organicinorganic hybrid material to meet the needs of the fabrication of electrooptic switches.

为了满足制作电光开关的需要，采用有机无机杂化材料设计了一种准矩形的波导结构。

A novel Q-switched fiber laser made of OptoCeramic electrooptic ceramics is reported.

报道了基于OptoCeramic电光陶瓷材料的新型调Q光纤激光器。

Electrooptic properties of NW/NB-PSCTLC has been systematically studied and optimized on the basis of investigation of morphology and alignment of polymer network formed in liquid crystals.

本文从研究液晶中形成的聚合物网络的形貌和排列特性出发，对两种模式PSCTLC的电光特性进行了系统地研究和优化。

Ach-Zehnder optical waveguide is an important component unit in electrooptic polymer modulators.

-Z光波导是聚合物电光调制器的重要结构单元。

The effects of processing parameters in thermal poling, such as applied poling voltage, poling duration and ambient temperature, on the linear electrooptic effect created in the optical fiber are investigated.

在线测试了热极化过程的一些参量，例如极化电压、极化时间、以及极化温度等对热极化光纤中产生的线性电光效应的影响。

Experiments of the in situ monitoring show that the stronger the electric field in the fiber core is the higher linear electrooptic coefficient created in the fiber core could be.

实时测试研究表明，在光纤中施加尽可能高的极化电场将可能在光纤中产生较高的线性电光效应。

Two prism coupling method is used to implement the electrooptic modulation is proposed by changing the angle of the m lines before and after the voltage applied on the electrodes.

由于质子交换平面波导的导波层在加上电场后折射率发生变化，从而引起棱镜耦合输出的m线强度的变化，实现电光调制。

A new design of an optical voltage sensor which the electronic quarter waveplate was replaced with a pulse-controlled electrooptic quarter waveplate is presented.

提出了用脉冲控制的电光λ/4波片代替传统λ/4波片的新方案，通过引入Jones矩阵，阐明了该电压传感器的敏感特性。

LED light source is characterized by long service life which can be 80,000 to 100,000 hours, over five times that of traditional light source, and low energy consumption. With an over 90% electrooptic power, it can save over 80% energy when compared to traditional lighting.

LED光源使用寿命长：可达到8万~10万小时，是传统光源寿命的5倍以上；低耗能：电光功率达90%以上，比传统照明效率节能80%以上。

It is the technology route that designing and constructing the structure of chalcogenide-LiNbO3 compound waveguide, the interaction of light-photo effect and electrooptic effect of which are used to realize the above-mentioned effects. The execution is carried out in following five fields.

技术路线是设计和构造硫属半导体-LiNbO3的复合波导结构，利用硫属半导体的光光效应和LiNbO3晶体的电光效应的组合作用实现上述功能。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。