1) polarized component
偏振成分
2) 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。
3) polarimetric imaging
偏振成像
1.
Polarimetric imaging of camouflage screen in visible and infrared wave band
伪装遮障的光学与红外偏振成像
2.
The methods of spectro-polarimetric imaging and the skylight polarization measurements in real-time are adopted to largely reduce influence of atmospheric scattering.
为了解决白天天体观测能力受限问题,采用光谱偏振成像技术,并结合天空背景偏振态实时测量方法,显著降低大气散射影响,将提高白天强背景下天体探测信噪比和对比度。
4) polarized combination
偏振合成
1.
The method of polarized combination method of many laser beams by phase-conjugate is studied.
进行了多束激光相位共轭偏振合成研究。
2.
Conducting the research about polarized combination will decrease the influence of thermal effects,decrease the damage possibility of active medium and increase the output power.
:热效应是高功率固体激光器系统的主要问题之一 ,开展偏振合成技术研究既可以降低热效应对系统的影响 ,又可以大大降低系统的破坏可能性 ,提高输出功率。
3.
We discuss the theory about polarized combination of two beams firstly in this paper,through experiments,we get some rules of this method,and further our discuss about the next step of beam combination.
本文探讨了双光束偏振合成的基本理论依据，并通过实验，给出了基本规律，对于进一步开展合成工作的方向也进行了探讨。
6) near infrared imaging and spectropolarimetry
近红外成像/分光偏振
补充资料：偏振
横波的振动矢量(其方向垂直于波的传播方向)具有某一特定方向的现象。纵波的振动矢量方向沿着波的传播方向，所以不可能有偏振现象。
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