The lack of a primary method for determination of optical parameters remains a significant
barrier in optical study of turbid media. We present a complete system of experimental …

Continuous-wave measurement-based methods offer a rapid cost-effective way to determine
optical properties in turbid media. This method requires a measure of the refractive index of …

We describe a fully automated setup which is based on measurements of the spatially
resolved reflectance for the determination of the reduced scattering and absorption …

The calibration of optical tissue-simulating phantoms remains an open question in spite of
the many techniques proposed for accurate measurements of optical properties. As a …

We have combined the Monte Carlo method with the small-angle approximation of the
radiative transfer theory to derive the optical properties (the absorption coefficient, the …

Based on theoretical investigations of the light propagation within an integrating sphere, we
developed an accurate method to determine the optical properties of scattering media using …

We discuss the refractive-index measurement of biological tissues by total internal reflection.
The methodology of the measurement is illuminated comprehensively, and an experimental …

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 …

A metamodeling approach is introduced and applied to efficiently estimate the bulk optical
properties of turbid media from spatially resolved spectroscopy (SRS) measurements. The …

The concentration determination of optically active species in moderately turbid suspensions
is studied both experimentally and with a validated three-dimensional polarization-sensitive …