… The list is arranged with respect to the latter one, since the duration of exposure primarily
characterizes the type of interaction with biological tissue, as we will evaluate in Chap. 3. The …

… propagation of short laser pulses through highly diffusing media, such as biological tissues.
… Temporal evolution of a laser pulse propagating in tissue can be studied by this technique. …

… different propagation characteristics through scattering media compared to light with
unstructured beam profiles. Here we discuss the behaviour of structured light scattered by tissue-…

… the near infrared light (with wavelength of 650-900nm) to penetrate the biological tissue and
… The concentration of certain chromophors in the biological tissues can be determined by …

… ), confocal microscopy, reflection spectroscopy, etc., is the strong scattering of light in
biological tissues and blood that reduces the contrast, spatial resolution, and probing depth [3-5]. …

… (tissue structures) are defined geometrically and each object represents the biological …
With regard to light propagation in geometrically complex biological tissue, voxel-based MC …

… In Section 2 we review the transport theory for light propagation in tissues. We formulate
mathematically the two layer tissue problem with an irregular interface in Section 3. In Section 4, …

… a model for light propagation inside the target. To model light interaction with biological
tissue, the first step is typically to calculate the distribution of light within the tissue, given the …

… linearly polarized light. We also demonstrate that polarized light propagates differently in …
seen between polarized light propagation in common dilute tissue phantoms versus dense …

… tissues about the spatial distributions of light, probably due to their structures6'7'8. Our aim in
this paper is to show that certain types of biological tissues … other types of biological tissues. …