We investigate theoretically the errors in determining the reduced scattering and absorption
coefficients of semi-infinite turbid media from frequency-domain reflectance measurements …

Frequency-domain reflectance for the determination of the scattering and absorption properties
of tissue clickable element to expand a topic LOGIN OR CREATE ACCOUNT PRISM …

Light propagation in two-layered turbid media having an infinitely thick second layer is
investigated in the steady-state, frequency, and time domains. A solution of the diffusion …

Light propagation in two-layered turbid media that have an infinitely thick second layer is
investigated with time-resolved reflectance. We used a solution of the diffusion equation for …

We describe a method to characterize spatial or temporal changes in the optical properties
of turbid media using diffuse reflectance images acquired under broad-beam illumination …

We describe a fast, accurate method for determination of the optical coefficients ofsemi-
infinite'andinfinite'turbid media. For the particular case of time-resolved reflectance from a …

When a picosecond light pulse is incident upon a turbid medium such as tissue, the
temporal distribution of diffusely reflected and transmitted photons depends on the optical …

Simultaneously reconstructed images of both absorption and scattering coefficients in
optically heterogeneous media based on frequency-domain measurements are presented …

A new non-invasive method to measure the optical properties of biological tissue is
described. This method consists of illuminating the investigated sample with light which is …

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 …