1) polarization aberration
偏振像差
1.
Polarization aberration theory, methods of polarization ray tracing, polarization aberration analysis of rotationally symmetric optical systems, polarization aberration analysis of tilted and decentered optical systems are described.
偏振像差是影响光学系统性能的重要因素之一,尤其对偏振有严格要求的光学系统来说更是如此。
2.
A conclusion is drawn, in order to improve the performance of optical system , that the polarization aberration must be controlled because polarization is a m ain reason affecting the performance of optical system, and optical design must be combined with optical thin film design.
综合论述了偏振像差的理论,给出了具体的例子,指出偏振是影响光学系统性能的一个重要因素,要想提高光学系统的性能,必须控制光学系统的偏振像差,而且光学系统设计必须与光学薄膜的设计结合起来。
3.
In order to control the polarization effects of the reflective rotationally symmetric optical systems,polarization aberrations of this type of systems are analyzed.
为了控制反射式旋转对称光学系统中的偏振效应,对该类系统中的偏振像差进行了分析。
2) polarization aberration matrix
偏振像差矩阵
3) polarized heterodyne astigmatic
偏振差动像散
4) Polarization-difference imaging
偏振差分图像
5) Analysis on Polarizing Aberration of lens
透镜偏振像差分析
6) polarization imaging
偏振成像
1.
The development and analysis of target detection research based on polarization imaging technology
基于偏振成像技术的目标探测研究进展及分析
2.
The experimental setup for polarization imaging based on dual-rotating-retarder technique is modified,and a method to obtain two images encoded by polarization degree and intensity with a single measurement process is proposed.
改进了利用双旋转波片方法进行偏振成像的实验装置,提出了通过一次测量获得目标偏振度和强度编码图像的方法。
3.
Aiming at detecting platform limited by the cubage,the idea that using CMOS detector to construct subminiature polarization imaging remote sensor is put forward,and its feasibility is analyzed.
针对探测平台受体积的限制,提出了用CMOS探测器构建微小型偏振成像遥感器的思路,分析了其可行性,研制了一套微型CMOS偏振成像遥感器实验系统。
补充资料：彗形像差
分子式：
CAS号：
性质： 简称彗差。像差的一种。由偏离凸透镜光轴的发光物点所发出的宽带单色光，穿过透镜以后，在焦面上所得到的像是不清晰的，它扩展成彗星形状的亮斑，故称彗差。适当选择透镜的两个曲率半径或在透镜前加一个中间光阑，可减小或消除彗差。
CAS号：
性质： 简称彗差。像差的一种。由偏离凸透镜光轴的发光物点所发出的宽带单色光，穿过透镜以后，在焦面上所得到的像是不清晰的，它扩展成彗星形状的亮斑，故称彗差。适当选择透镜的两个曲率半径或在透镜前加一个中间光阑，可减小或消除彗差。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条