In this dissertation, we investigate the diffuse backscattering of polarized light from highly scattering media in-depth by means of the theories, computer simulations and optical experiments.
本文对于高散射介质的偏振光后向扩散散射的理论、计算机模拟和实验都进行了深入的研究和阐述。
Based on the principles of diffuse reflectance, the unique relationship between diffuse reflectance and transport scattering coefficient and absorption coefficient of biotissue is deduced.
本文从漫射理论出发，推导出了组织体漫反射率与约化散射系数和吸收系数之间的唯一性关系。
The reflection character of a real surface of metalwork is related to the material, light wavelength, scattering and diffuse reflection.
实际的金属表面，其反射特性与材料、光源光波波长、散射及漫反射损耗有关。
Considering incident and scattering directions of radiative energy, radiative transfer coefficients for anisotropic scattering medium with diffuse and opaque boundary surfaces are deduced.
考虑介质辐射能的入射和散射方向，导出漫反射、不透明边界、各向异性散射介质的辐射传递系数。
In Chapter 3, we firstly establish the physical model of the diffuse backscattering of polarized light from highly scattering media.
第三章建立了高散射介质的偏振光后向扩散散射的物理模型。
The near-infrared photons can reach a certain depth in the tissue because of their strong scattering characteristic, so the photons of diffuse reflectance take the information on biological tissues.
由于在近红外光谱区生物组织具有强散射特性，因此近红外光能够达到组织内部一定深度，使漫反射光子能够携带了生物组织的重要信息。
Research on Diffuse Backscattering of Polarized Light from Highly Scattering Media;
计算实例可以看出频散介质中波的传播情况。
Research on Diffuse Backscattering of Polarized Light from Highly Scattering Media;
计算实例可以看出频散介质中波的传播情况。
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