平面偏振

并在此基础之上分别讨论了应力模型在平面偏振场和圆偏振场中的效应，从而完成了光弹性实验原理的线性空间描述。

And , on the basis of the above , we discuss also the effect of the stress model in plane polarized field and circular polarized field respectively , and then complete the description of the principle of photoelastic experiment using the theory of linear space .

在平面偏振场中，加入四分之一波片，作为一个均匀的光载波，与实验模型中的等差线相叠加，可得到n+1/4和n+3/4级等差线。

By inserting a quarter-wave plate . used as a light wave carrier , in front of or behind the photoelastic model in the plane polariscope . isochromatics of n + 1 / 4 and n + 3 / 4 order may be obtained , n being any integer .

复平面中偏振态变换的研究

Research of polarization state transfering in complex plane

横平面上偏振度出现了振荡，光强剖面为非均匀分布。

There are oscillations of the degree of polarization at the transversal plane and the intensity profile is nonuniform .

具有非线性传染率和垂直传染结构的SIRS模型的稳定性分析角锥型非平面环形激光器偏振反射镜的影响及热稳定性分析

The stability analysis of an SIRS model with nonlinear incidence rate and vertical transmission ; Output Mirror Design and Thermal Stability Analysis of Corner Cube-Based Non-Planar Ring Laser

然后他们测量了第二个平面上的偏振。

Next , they measured the polarization in the second plane .

角锥型非平面环形激光器偏振反射镜的影响及热稳定性分析

Output Mirror Design and Thermal Stability Analysis of Corner Cube-Based Non-Planar Ring Laser

半阴偏振镜是精确确定和测量平面偏振光的偏振方位的重要器件。

The half-shade Polarization prism is an important de-vice for determining and measuring accurately the azimuth of a beam of Plane Polarized light .

这个解与平面等离子体中S偏振波的结果作了对比。

This solution is contrasted with results of S-polarized wave in a planar plasma .

研究发现输出平面内的光谱偏振度可直接通过改变狭缝光阑的宽度来控制，模拟计算结果同时反映了狭缝光阑对偏振度分布的整形效果。

We find that the spectral degree of polarization at the output plane can be directly controlled by the width of the slit aperture . The effect of polarization shaping is also illustrated .

介绍了描述光波偏振态的复平面法，提出了在复平面上利用偏振传递函数解决偏振光通过延迟器件的偏振态变换问题。

It also introduces the method to settle the transfer problem of the polarization state using the transfer function when polarized light passes through retardation sheet .