Chemical, physical and optical properties of small solid particles are widely utilized in our
everyday merchandises. For example, tailored particles embedded in paper or cosmetics …

In this paper we describe the propagation of the coherent component of an electromagnetic
wave in a colloidal system with large inclusions using an effective-medium approach. We …

This paper addresses a long-standing concern of whether one can measure the refractive
index of a turbid colloid as if it were an equivalent homogeneous medium using standard …

The capabilities of surface plasmon resonance (SPR) for characterization of colloidal
particles were evaluated for 100, 300, and 460 nm nominal diameter polystyrene (PS) …

Particle size distributions quantify the amount of particles of a characteristic length or
equivalent diameter by a certain type of quantity (TOQ). A particle system can be thus …

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 …

A first accurate measurement of the complex refractive index in an intralipid emulsion is
demonstrated, and thereby the average scatterer particle size using standard Mie scattering …

Identifying abnormalities in red blood cells can provide important medical clues for the
diagnosis, prognosis, and treatment of some health disorders. A common test used to …

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 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 …