Studies on Dispersion of GRIN;
用梯度折射率聚合物微球制作表面漫射材料的研究
Study on regularity of laser myocardium interaction according to diffusion approximation;
激光与心肌组织相互作用规律的漫射近似研究
Analysis of the effective application range of diffusion approximation theory;
漫射近似理论的有效使用范围分析
On the basis of diffusion approximation, the distribution of scattered light intensity is deduced.
本文对半光和无光纤维材料的光散射问题进行了讨论，对于平行光束入射到光散射颗粒稠密分布的平面平行介质上的情形，利用Ｓｃｈｕｓｔｅｒ传输方程及其漫射近似方法对其光散射问题进行了分析，从而建立了散射光强度和粒子的尺度、密度及其光散射性质之间的关系。
Simulation of the photon density wave diffusion theory at human being s tissue;
人体组织中光子密度波漫射理论的模拟研究
On the basis of the diffusion theory,a method for measurement of tissue optical properties by time resolved transmission was presented.
基于时域漫射理论 ,提出一种用透射光来确定生物组织光学特性的方法。
Based on the time-domain diffusion theory,tissue optical properties (absorption coefficient W and transport scattering coefficient)of biological materials canbe determined by ultra fast time-resolved diffuse refletance.
从时域中的漫射理论出发，推导获得光在组织中传输的特性参数方程。