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Determination of the depth of a scattering target in a turbid medium with polarization discrimination of transmitted signals

机译:通过传输信号的极化判别确定浑浊介质中散射目标的深度

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摘要

We demonstrate the feasibility of a novel method of determining target depth in a turbid medium through Monte Carlo simulations and experiments. The method is based on the strong and weak dependencies of the copolarized component and the degree of polarization (DOP), respectively, of the transmitted intensity on the target depth. The two-way measurements of the copolarized intensity can be used for determination of target depth, whereas the transversely scanned DOP results are used for estimating the two-dimensional image in a turbid system. The combination of these two sets of data could provide useful results for estimating three-dimensional images.
机译:我们通过蒙特卡洛模拟和实验证明了一种确定浑浊介质中目标深度的新方法的可行性。该方法分别基于同极化分量和传输强度对目标深度的极化程度(DOP)的强依赖性和弱依赖性。同极化强度的双向测量可用于确定目标深度,而横向扫描的DOP结果可用于估算浑浊系统中的二维图像。这两组数据的组合可以为估计三维图像提供有用的结果。

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