Light scattering is used for remote diagnostics of certain physical properties of particulate
systems. The main purpose of this review is to coherently present an updated theoretical …

Generalized Lorenz‐Mie theories form a set of analytical approaches dealing with the
interaction between electromagnetic arbitrary shaped beams and a class of particles …

Hypothesis Light scattering techniques can provide a non-intrusive measurement of particle
and droplet size distribution but are limited to relatively diluted liquid dispersions …

A vectorial complex ray model is introduced to describe the scattering of a smooth surface
object of arbitrary shape. In this model, all waves are considered as vectorial complex rays …

We introduce numerical methods and algorithms to estimate the main parameters of fractal-
like particle aggregates from their optical structure factor (ie light scattering diagrams). The …

The demonstration of long-term stability is a key step when developing liquid formulation
because it has a major impact on product shelf life, transport, and end-use properties. Long …

This paper analyzes various phenomena in modeling the light-scattering properties of large
spherical bubbles in the context of geometrical and physical optics approximations. Among …

We produced self-assembled, densely-packed and highly-ordered aggregates of silica
nanoparticles arranged in a rather regular hexagonal–pentagonal surface lattice. To …

A direct application of digital in-line holography to liquid droplets dispersed in a continuous
liquid phase is described. The droplet size imposes a regime of intermediate-field diffraction …

The capabilities and resolution of the rainbow technique were extended to estimate the size
distribution and composition of droplets in liquid–liquid systems. For these droplets …