Danilov A A, Dolgushin S A, Masloboev Iu P, Selishchev S V, Tereshchenko S A
Med Tekh. 2007 Mar-Apr(2):5-10.
Specific features of the process of short laser pulse propagation through a highly-dispersive biological medium are considered. Two models are used for the theoretical description of propagation of optical radiation through a highly-dispersive medium: diffusion approximation and non-stationary axial model. Physical characteristics of the dispersive medium are determined in both models. The obtained theoretical dependences are found to be in qualitative agreement with the results of experimental study.
考虑了短激光脉冲在高色散生物介质中传播过程的具体特征。使用了两种模型对光辐射在高色散介质中的传播进行理论描述：扩散近似和非稳态轴向模型。在这两种模型中都确定了色散介质的物理特性。发现所得到的理论依赖性与实验研究结果在定性上是一致的。
