通过热红外偏振成像系统获得了目标的偏振图像，并由计算机提取出了图像中的偏振信息。
Polarization images of targets are obtained by the thermal imaging polarimeter, and the polarization information of targets is extracted by computer.
红外偏振成像技术是一种新的探测技术，其主要利用目标的红外偏振特性背景与目标区分开来。
Infrared polarization imaging technology is a new detection technique, and it can distinguish background and target through the infrared polarization characteristics of target.
利用该系统对地物背景(土壤)中的不同种类金属目标板及红外伪装遮障进行了热红外偏振成像探测实验。
The Stokes parameters images of metal objects and camouflage nets in earth background are acquired by the thermal imaging polarization system in experiment.
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。
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.
提出了一种用于光栅成像位置传感器的偏振调制技术，利用米勒矩阵对其调制原理进行了详细的分析。
A polarization modulation technology for a position sensor with grating imaging is presented and its modulation principle is analyzed with Muller matrix.
提出和验证一种基于偏振空间编码方案和多重成像技术的光学方法来实现模糊逻辑图像处理。
An optical system based on polarization and area coded scheme and the multiple imaging technique is proposed for fuzzy image processing.
由于大部分光学系统都存在消偏振效应，因此系统自身的消偏振问题在成像过程中必须考虑。
Because there exist the depolarization effects in a majority of systems, the depolarization problem of system itself must be considered in the process of imaging.
综述空间调制偏振干涉成像光谱技术及其研究进展。
Summarizing spatially modulated polarization interference imaging spectroscopy and research progress.
水窗波段是软x射线进行生物活细胞显微成像的最佳波段，因此对于水窗波段偏振光学元件的研究有着非常重要的意义。
Water window is a special wave band for microscopy in soft X-ray range, which makes the research in water window polarization great significance.
在投影光刻中矢量衍射理论适用于研究照明光的偏振态对空间成像的影响。
Vector diffraction theory is applied for the investigation of the effects of the polarization state of the illumination light on the aerial images in the optical lithography.
结果表明，非一致性校正可提高成像偏振信息的解 析精度。
The result shows that this nonuniformity correction method can improve the analytic precision of the polarization information in an image.
结果表明，非一致性校正可提高成像偏振信息的解 析精度。
The result shows that this nonuniformity correction method can improve the analytic precision of the polarization information in an image.
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