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Affected by the scattering microenvironment within biological tissues, the emitted polarized light forms a specific two‐dimensional distribution pattern on the imaging focal plane. In the polarization domain, the pursuit of high imaging magnification does not necessarily lead to preponderant image contrast, and may even produce deteriorating results. This study investigates the spatial scale stability...
Mueller matrix imaging polarimetry (MMIP) is a promising technique for the textural characterization of biological tissue structures. To reveal the influence of imaging magnification on the robustness of Mueller matrix parameters (MMPs), the spatial scale stability of MMPs was studied. We established a new MMIP detector and derived the mathematical model of the spatial scale stability of MMPs. The...
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