Spatially resolved reflectance measurements are widely used for determination of the optical
properties of biological media. However, the influence of the phase function on these …

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 …

We introduce a method with which to obtain accurately the bulk optical parameters of fresh
biological tissues in vitro by combining measurements of the sample surface profiles …

Optical phantoms have been indispensable tools for validating the performance of
biomedical optical devices. Low-cost and readily available materials are gaining great …

A flexible and fast Monte Carlo-based model of diffuse reflectance has been developed for
the extraction of the absorption and scattering properties of turbid media, such as human …

We present a method for the determination of the absorption coefficient of turbid media in a
broad wavelength range with high spectral resolution using a dual step method. First, the …

The optical properties (absorption and scattering coefficients and the scattering anisotropy
factor) were measured in vitro for cartilage, liver, lung, muscle, myocardium, skin, and …

A Monte Carlo algorithm is applied to simulate the measurements of a sample with glass
slides sandwiched between the double integrating sphere (DIS) setup. The effects caused …

Determination of in vivo optical properties is a challenging problem. Absorption and
scattering measured ex vivo are often used for in vivo applications. To investigate the validity …

Reduced scattering and absorption coefficients of piglet head were measured in-vivo by
analyzing the observed temporal responses based on the diffusion theory. The reduced …