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Muller matrix of medium based on polarized light and its polar decomposition calculation

机译:基于偏振光的介质麦克酸矩阵及其极地分解计算

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Compared with traditional optical and radiation detection, polarization detection technology contains unique characteristic information which is different from light intensity, spectrum and phase, and has great advantages in imaging under low contrast conditions. Using polarization technology has higher efficiency and accuracy than simply using light intensity to identify targets. This research is based on the polarized light medium Muller matrix and its polar decomposition to explore the properties of the medium from the image and numerical aspects of non-contact. The images and values of different medium are compared, and the important physical data of related media are obtained on the basis of polar decomposition.
机译:与传统光学和辐射检测相比,偏振检测技术含有与光强度,光谱和相位不同的独特特性信息,并且在低对比度条件下成像具有很大的优势。 使用极化技术的效率和准确性比仅使用光强度识别目标。 该研究基于偏振光介质Muller矩阵及其极性分解,以探索介质的性质与非接触的图像和数值方面。 比较不同介质的图像和值,并且基于极性分解获得相关媒体的重要物理数据。

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