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 …

Specular reflectance of monochromatic linearly polarized light, reflected on the interface of a
prism coupled to a transparent medium at the critical angle of the transition to total internal …

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 …

We report on a refractometry method for determining the complex refractive index of isotropic
attenuating media, which relies on the measurement of the two critical angles at the s and p …

We propose and demonstrate a novel method to measure dynamic refractive index
distributions using a combination of total internal reflection (TIR) and dual-channel …

The derivative method of critical angle (or total internal reflection) refractometry is the most
common approach for determining the refractive index of transparent samples. Only recently …

Based on the Goos-Hänchen effect and the intensity attenuation of the evanescent wave
penetrating and traveling, a new theoretical model of total internal reflection from the …

We analyze the existence of non-uniformity at the boundary of turbid media, and develop a
gradient complex refractive index multilayered model in terms of this fact. Our model reveals …

An algorithm based on use of a reflected refractometer to measure the real part of the
refractive index (RI) for an absorbing liquid is presented. The absorption of liquid will blur the …

We present a concept that enables the determination of the complex refractive index of
attenuating media from two critical angles, measured sequentially at two interfaces between …