光谱和成像穆勒偏振法计量,传感,和生物医学诊断

T. Novikova
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引用次数: 0

摘要

完全穆勒偏振法是一种非常有前途的光学技术,可以快速和非接触地表征复杂介质(如层状、周期性、散射、各向异性和吸收),因为它提供了被研究对象的所有偏振特性(双衰减、双折射、去极化)的信息,并可以表征其散射和吸收特性、表面形貌和成分。我们将展示我们在光学计量、遥感和光学组织诊断领域的建模和实验研究结果,使用定制的穆勒偏振仪在光谱和成像模式下工作,并讨论米勒偏振仪的进一步潜在应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Spectral and imaging Mueller polarimetry for the metrology, sensing, and biomedical diagnosis
The complete Mueller polarimetry is particularly promising optical technique for the fast and non-contact characterization of complex media (e. g. layered, periodical, scattering, anisotropic and absorbing) as it provides information about all polarimetric properties of an object under study (diattenuation, birefringence, depolarization) and allows to characterize its scattering and absorption properties, surface topography and composition. We will present the results of our modeling and experimental studies in the domains of optical metrology, remote sensing and optical tissue diagnosis using number of custom-built Mueller polarimeters operating in both spectral and imaging modes and discuss further potential applications of Mueller polarimetry.
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