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Evaluation of a fiberoptic-based system for measurement of optical properties in highly attenuating turbid media

机译:基于光纤的系统在高衰减混浊介质中测量光学性能的评估

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摘要

BackgroundAccurate measurements of the optical properties of biological tissue in the ultraviolet A and short visible wavelengths are needed to achieve a quantitative understanding of novel optical diagnostic devices. Currently, there is minimal information on optical property measurement approaches that are appropriate for in vivo measurements in highly absorbing and scattering tissues. We describe a novel fiberoptic-based reflectance system for measurement of optical properties in highly attenuating turbid media and provide an extensive in vitro evaluation of its accuracy. The influence of collecting reflectance at the illumination fiber on estimation accuracy is also investigated.
机译:背景技术需要准确测量紫外线A和可见光短波长范围内的生物组织的光学特性,以实现对新型光学诊断设备的定量了解。当前,关于光学特性测量方法的信息很少,适用于在高度吸收和散射的组织中进行体内测量。我们描述了一种新型的基于光纤的反射系统,用于在高度衰减的混浊介质中测量光学性能,并对其准确性进行了广泛的体外评估。还研究了在照明光纤上收集反射率对估计精度的影响。

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