A model describing the process of cluster growth by aggregation of clusters is introduced
and investigated with the Monte Carlo method. It is found that the clusters are scale invariant. …

A scale-invariant theory of Raman scattering of light by fractal clusters is developed. The
enhancement factor G RS of Raman scattering is shown to scale in terms of a properly chosen …

Uniformly sized microspheres interacting via long-range magnetic dipolar forces are used to
study diffusion-limited cluster aggregation in a plane. The results show that it is possible to …

We apply the recent exact theory of multiple electromagnetic scattering by sphere
aggregates to statistically isotropic finite fractal clusters of identical spheres. In the mean-field …

A model is proposed to describe the growth of clusters by a mechanism of irreversible
clustering of clusters. The fractal exponent is extracted by means of numerical simulations on …

We report small-angle x-ray scattering experiments on aqueous dispersions of colloidal silica
with a broad monomodal size distribution (polydispersity, 14%; size, 8 nm). Over a range of …

Images of Titan, taken by Voyager 2 at phase angles Φ=140 and Φ=155 have provided radial
intensity profiles at the bright and dark limbs, which provide information on the vertical and …

This short review is about the spontaneous emulsification effect, aka the" ouzo effect". Under
certain conditions, pouring a mixture ol a totally water-miscible solvent and a hydrophobic …

Aqueous colloidal dispersions of silica particles become anisotropic when they are dried
through evaporation. This anisotropy is generated by a uniaxial strain of the liquid dispersions …

Nanoprecipitation provides colloidal dispersions through successive recombination events
between nanometric objects. In the present article, we explain why the nanoprecipitation …