The Monte Carlo-based inverse model of diffuse reflectance described in part I of this pair of
companion papers was applied to the diffuse reflectance spectra of a set of 17 malignant …

The optical properties of human tissues are an important parameter in medical diagnostics
and therapy. The knowledge of these parameters can encourage the development of …

We investigated the impact of the scattering phase function approximation on the optical
properties of whole human blood determined from integrating sphere measurements using …

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

Measurements have been made of the total attenuation coefficient Σt and the scattering
phase function, S (θ), of 632.8 nm of light for a number of animal model tissues, blood, and …

Absorption and scattering processes in biological tissues are studied through reflectance
spectroscopy in tissue-like phantoms. For this aim, an experimental setup is designed to …

The rapid development of new optical imaging techniques is dependent on the availability of
low-cost and easily reproducible standards for technique validation. This work describes a …

The optical properties of thin tissue samples are obtained using goniometric apparatus.
Direct measurements of the scattering of 633 nm light by 20–120 μm thick samples of in vitro …

Most methods for measuring light-tissue interaction focus on volume reflectance, while very
few measure light transmission. In a previous work, we suggested investigating the influence …

Time-resolved and spatially resolved measurements of the diffuse reflectance from
biological tissue are two well-established techniques for extracting the reduced scattering …