Theoretical and computer modeling approaches, such as Mie theory, radiative transfer
theory, diffusion wave correlation spectroscopy, and Monte Carlo simulation were used to …

Abstract Knowledge of the optical absorption and scattering properties of tissues is required
to calculate the spatial distribution of light in vivo for applications such as photodynamic …

Monte Carlo simulations illustrate how various absorption and scattering coefficients
(mu/sub a/and mu/sub s/, respectively) influence time-dependent reflectance R (t) from a …

The propagation of light in tissue may be calculated by exact transport theory, or the
approximate diffusion theory, provided the optical properties are known at the source …

Previous studies identified various mechanisms of light scattering reduction in tissue
induced by chemical agents. Our results suggest that dehydration is an important …

Various tissue optical clearing techniques have sprung up for large volume imaging.
However, there are few methods showed clearing and imaging data on different organs …

Using optical interaction coefficients typical of mammalian soft tissues in the red and near
infrared regions of the spectrum, calculations of fluence-depth distributions, effective …

A model based upon steady‐state diffusion theory which describes the radial dependence of
diffuse reflectance of light from tissues is developed. This model incorporates a photon …

The applicability of diffusion theory for the determination of tissue optical properties from
time-resolved reflectance spectroscopy is investigated. Analytical expressions from diffusion …

Improved solutions of the diffusion equation for time-resolved and steady-state spatially
resolved reflectance are investigated for the determination of the optical coefficients of semi …