The terms “independent” and “dependent” scattering are ubiquitous in the
phenomenological discipline of light scattering by particulate media. Yet there is a wide …

Here we derive a full dynamic extension to the Maxwell Garnett mixing formula for the
effective refractive index of a random system of particles that takes proper account of …

We investigate experimentally the determination of the effective refractive index (RI) of a
turbid particle suspension from the angle dependence of light scattered by the particles and …

We calculated the real and imaginary parts of the effective refractive index ${n} _ {\mathrm
{eff}} $ of blood as functions of wavelength from 400 to 800 nm; we employed van de Hulst's …

We analyze the predictions of two recently developed effective-medium approximations for
the effective refractive index of a system of either transparent or plasmonic spherical …

We provide new expressions for the reflection amplitudes of a half space of randomly
located identical spherical particles that can be regarded as an extension of Fresnel's …

Dilutions of Intralipid 20% are widely used as optical phantoms for mimicking scattering
properties of turbid media such as tissues. One of the frequently used methodologies for …

We compare light reflectivity measurements as a function of the angle of incidence for an
interface between an optical glass and a turbid suspension of small particles, with …

The complex refractive index is analyzed by measuring its scattering attenuation μ _s, group
index n _g, and group velocity dispersion (GVD) for 100 nm diameter silica nanoparticles …

Currently, there are available a few simple analytical approximations to the complex
effective refractive index that may be used for nanofluids. Namely, the Maxwell Garnett …