… in a semi-infinite turbid medium was validated against previously reported theoretical and
computational results. Model simulations were compared to experimental measurements of …

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 …

… measurements for quantifying the optical properties of turbid media in interstitial geometry.
Using Monte Carlo simulations and phantom experiments we show that at sensor positions …

… Flocculation of low‐turbidity raw water was … by turbidity, although a threshold d v value (50
µm) could be identified for the test conditions evaluated in this project, above which turbidity …

… experimental measurements and Monte-Carlo-based simulations of the diffusely backscattered
intensity patterns that arise from illuminating a turbid medium … from a turbid medium that …

… The turbid media used in this work are homogeneous solutions of monodisperse
polystyrene spheres in distilled water. The two-dimensional distribution of light intensity is …

The off-axis forward-scattered radiation from a low energy He–Ne laser, scattered by high
density hydrosols, is studied experimentally and theoretically. The validity range of theoretical …

… In the experiments for CW light transilluminance in turbid media slabs we used the liquid
phantom filling the 240 mm x 200 mm x 30 mm cuvette. A cylindrical inclusion of agarose (2% …

… in a highly scattering turbid medium, and we consider the frequency-domain experimental
scheme … We then obtain simulated experimental data by adding random noise to the exact …

We have developed a method to quickly determine tissue optical properties (absorption
coefficient μ a and transport scattering coefficient μ's) by measuring the ratio of light fluence rate …