出射光线

计算了在轨运行条件下反射镜面热变形引起的表面法向偏转参数，推导了镜面变形后出射光线的通用表达式以及镜面变形前后在CCD探测器上的接收光斑中心偏转量的计算表达式。

It compute the parameter of deflexion caused by thermal distortion in orbit , deduce the general expression for spreading beam after thermal distortion of reflector and the center deflexion of facula received in CCD .

第六章中引入CPC设计，介绍了边缘光线理论，通过模拟计算，分析其效率和出射光线角度，根据加工要求，提出改进方案。

The sixth chap introduces the CPC design basing the edge-ray theory . Through the simulation , the calculation , and analysis to the angle of the rays , the improved method is proposed .

在棱镜旋转的情况下，指出了三轴间的位移和角度误差造成的出射光线的轨迹变化就是数学上为人所知的Pascal蚶线。

In the case of rotating prism , resulted from the axis displacement and angle error , the track shift of exit rays , known as limacon of Pascal in mathematics , has been point out .

含有误差变元的棱镜出射光线方向的计算程序

The Computing Program of the Emerging Ray Direction Represented by Error Arguments in Prisms

通过对出射光线的控制，利用光学设计软件的自动优化功能，优化出满足条件的球面曲率半径。

Spherical curvature radius was optimized through controlling the exit rays and using the automatic optimization function of optical design software .

应用于光学仪器方面，可用来计算含有变元的棱镜系统的组合反射矩阵、出射光线方向或两光线的夹角。

As is used for optical instrument , it can be employed to calculate compound reflective matrix of prism system with arguments .

从折射定理出发，给出旋转双光楔的入射光线和出射光线之间的对应关系。

Starting from refraction theorem , the corresponding relation between incident light and outgoing light of the rotating double optical wedges is given .

分析了线偏振光垂直入射到角锥棱镜经三个直角面依次反射后出射光线偏振态的变化。

The polarization variation of a reflector light after a bundle of linear polarization light is incident on the ideal cube corner retroreflector is analyzed .

改进了旧样机的水槽结构，将先前的双水槽扩展为五水槽，进一步放大了出射光线的位置偏移量，提高了系统的分辨率。

Improve the sink structure of the old prototype , in which previously two water tanks are extended to five tanks , and further amplify the location offset of the light emitted , improve the system resolution . 5 .

构建了旋转的道威棱镜实验系统，对棱镜轴、机械旋转轴和入射光轴之间的位移误差和角度误差进行了模拟，得到出射光线的轨迹变化曲线和损耗变化曲线。

An experimental system is built based on rotary Dove prism . By simulating the displacement error and angle error between the different axes , the curves of track shift of exit rays and loss variation were obtained . 4 .

用溶胶-凝胶法制备的ZnO籽晶层，水热生长后，在LED芯片表面会形成一定的褶皱结构，会吸收部分出射的光线。

We choose sol-gel method to prepare ZnO seed layer , . When the ZnO nanorod arrays are generated , the surface of the LED chip will form the " fold " structure which will absorb part of light . 6 .

并证明对实际的出射光轴光线作微分计算即可得出象倾斜计算公式。

It is proved that the image lean formula will be obtained by differentiating the real exit optical axis ray .