Diffuse reflectance technique is popular in the study of tissue physiology through the change
in optical properties in a noninvasive manner. Diffuse reflected light intensity is commonly …

The separation of the combined effects of absorption and scattering in complex media is a
major issue for better characterization and prediction of media properties. In this study, an …

Near-infrared spectroscopy (NIRS) is a powerful non-destructive analytical method used to
analyze major compounds in bulk materials and products and requiring no sample …

A novel approach has been proved to quickly and non-invasively determine the optical
properties of human skin in vivo. It is based on the diffuse reflectance approximation model …

This paper reports the development and characterization of a novel multichannel time-
resolved (TR) instrument for functional brain imaging studies. The instrument is based on …

Diffuse correlation spectroscopy (DCS) has widely been used as a non-invasive optical
technique to measure tissue perfusion in vivo. DCS measurements are quantified to yield …

The capabilities of spectroscopy with spatial resolution when determining the optical
properties and parameters of the microvasculature of the circulatory system of surface …

Time-resolved spectroscopy is a powerful technique permitting the separation of the
scattering properties from the chemical absorption properties of a sample. The reduced …

The reduced scattering coefficient, μ s, was determined using oblique angle illumination and
imaging backscattered light intensity. The distance Δr between the point of light incidence …

A multivariate method integrating time and space resolved techniques of near-infrared
spectroscopy is proposed for simultaneously retrieving the absolute quantities of optical …