报道用不对称的法布里-珀罗（AFP）多光束干涉膜测量极化聚合物的线性电光效应。
The linear electro optic measurement of poled polymer utilizing an asymmetric Fabry Perot (AFP) multiple reflection film was reported.
极化聚合物以其响应速度快、制作工艺相对简单在聚合物集成光电器件领域得到了广泛的关注和研究。
Broad attention and research have been devoted to poled polymers due to its high response speed and the easy processing technics in the fields of the integrated polymer electro-optic devices.
这是链间耦合对共轭聚合物中双激子的反向极化作用。
It's the effect of interchain coupling on the inversed polarization of a biexciton in conjugated polymers.
实验表明光漂白能破坏有机聚合物中极化分子的取向稳定性，造成其二阶非线性效应衰减。
Experiments show that photo-bleaching can damage the orientation stability of polarized molecules in organic polymer and cause its second order nonlinear effect to attenuate.
电光聚合物材料通常采用带栅极的电晕极化技术进行处理。
The electro-optic polymer material is usually poled by corona poling technique with a grid.
本文通过求解泊松方程分析电晕极化过程中聚合物内外的电场分布。
In this paper, the electric field inside and outside the polymer sample during corona poling is analyzed by solving Poisson's equation.
本文在简单介绍了有机非线性光学和极化的原理后，综述了聚合物二阶非线性光学材料的研究进展。
After a brief introduction to the principles of organic nonlinear optics and the procedures of poling, the progresses of polymeric second order nonlinear optical materials are reviewed.
电光聚合物的折射率和极化后的电光系数是聚合物波导的重要参数。
EO polymer parameters such as refractive index and polarized coefficient are the essential for appliance of EO polymer apparatus.
高于峰温时峰高温侧的电荷量增加。认为极化冷冻过程促进了聚合物的极化。
The polarization cooling strengthens the ability of polymer chains to bound the polarized charges.
实验结果显示，栅极偏置电晕放电极化系统的电光聚合物极化效果较无栅极时好得多。
The surface micrographs of the poled samples and the electro-optic coefficient measurement results show that the corona poling technique with grid has better performance than the one without grid.
提出了在极化有机聚合物电光波导调制器中使用局域极化结构。
Local poling structure was proposed for the application in polymeric electrooptic modulator.
从聚合物光电池中光电流和暗电流的产生机制出发，对该现象进行了解释，认为外加磁场可以有效改变单重态极化子对和三重态极化子对之间的相对比例，进而使自由载流子浓度增加。
The results show that the magnetic field can effectively change the relative ratio between the singlet and the triplet polaron pairs, resulting in an increase in the density of the free carriers.
从聚合物光电池中光电流和暗电流的产生机制出发，对该现象进行了解释，认为外加磁场可以有效改变单重态极化子对和三重态极化子对之间的相对比例，进而使自由载流子浓度增加。
The results show that the magnetic field can effectively change the relative ratio between the singlet and the triplet polaron pairs, resulting in an increase in the density of the free carriers.
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