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Implementation of Biological Tissue Mueller Matrix for Polarization-sensitive Optical Coherence Tomography Based on LabVIEW

机译:基于LabVIEW的偏振敏感光学相干层析成像生物组织Mueller矩阵的实现

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The Jones matrix and the Mueller matrix are main tools to study polarization devices. The Mueller matrix can also be used for biological tissue research to get complete tissue properties, while the commercial optical coherence tomography system does not give relevant analysis function. Based on the LabVIEW. a near real time display method of Mueller matrix image of biological tissue is developed and it gives the corresponding phase retardant image simultaneously. A quarter-wave plate was placed at 45 in the sample arm. Experimental results of the two orthogonal channels show that the phase retardance based on incident light vector fixed mode and the Mueller matrix based on incident light vector dynamic mode can provide an effective analysis method of the existing system.
机译:琼斯矩阵和穆勒矩阵是研究偏振器件的主要工具。 Mueller矩阵还可以用于生物组织研究以获得完整的组织特性,而商用光学相干断层扫描系统没有提供相关的分析功能。基于LabVIEW。开发了一种生物组织的穆勒矩阵图像的近实时显示方法,可以同时给出相应的相位延迟图像。将四分之一波片放置在样品臂中的45。两个正交信道的实验结果表明,基于入射光矢量固定模式的相位延迟和基于入射光矢量动态模式的Mueller矩阵可以为现有系统提供有效的分析方法。

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