In general, the measurement of the main three optical properties (µ_a, µ_s and g) in turbid
media requires a very precise measurement of the total transmission (TT), the total reflection …

Traditional methods for determining the optical properties of turbid media are implemented
in diffusive regimes, where the scattering coefficient μ_s and anisotropy factor g are …

Measurements of time-resolved reflectance from a homogenous turbid medium can be
employed to retrieve the absolute values of its optical transport coefficients. However, the …

We compare two methods for the optical characterization of turbid media. The estimates of
the absorption and reduced scattering coefficients (μ_a and μs′) by a spatially resolved …

We present a new method for extracting the effective attenuation coefficient and the diffusion
coefficient from relative spectrally resolved cw radiance measurements using the diffusion …

Featured Application Quantitative and calibration free determination of the absolute optical
properties of turbid samples in a standard cuvette with milliliter scale volume. Abstract Many …

The aim of our studies was to develop a method to determine the absorption coefficient of a
turbid medium in a reflection geometry with small source–detector separations. Therefore …

We propose and objectively evaluate an inverse Monte Carlo model for estimation of
absorption and reduced scattering coefficients and similarity parameter γ from spatially …

Abstract Development of robust and easy-to-implement methods for quantitative turbidity
characterization by inherent properties of absorption and scattering can have wide …

Interstitial quantification of the optical properties of tissue is important in biomedicine for both
treatment planning of minimally invasive laser therapies and optical spectroscopic …