We present a new theoretical approach to Ostwald ripening of droplets for both two- and three-dimensional systems, where screening effects due to interacting droplets are incorporated. The solution of our mean-field equations gives both the coarsening rate and the droplet distribution function. The three-dimensional results conform well to experiments, while our two-dimensional results are in agreement with a numerical study we have performed
The kinetics of Ostwald ripening of solid domains in the liquid phase of one-component systems in tw...
The coarsening of emulsion droplets by Ostwald ripening is studied by means of numerical simulations...
During Ostwald ripening, the growth of larger aggregates occurs at the expense of smaller ones via d...
A theoretical approach to the Ostwald ripening of droplets is presented in dimension D_2. A mean-fie...
This approach assumes three functions independently acting on a set of microparticles. The first one...
During Ostwald ripening, the growth of larger patches occurs at the expense of smaller ones via deta...
We study Ostwald ripening of two-dimensional adatom and advacancy islands on a crystal surface by me...
Recent experimental results on late stage coarsening (Ostwald ripening) in two dimensions were reinv...
We show that the effect of surfactants on Ostwald ripening can be reduced to the problem of Ostwald ...
The author presents lattice Monte Carlo simulations of Ostwald ripening of islands formed of monomer...
Abstract. A configuration of near-equilibrium liquid droplets sitting on a precursor film which wets...
A model with local interparticle diffusion is considered, in contrast with the classical model of Os...
International audienceThanks to the unidimensional model of Ostwald ripening proposed here, the most...
The Ostwald-ripening theory is deduced and discussed starting from the fundamental principles such a...
Using two-dimensional Ag adatom islands on Ag(111) as a model system, we study the importance of loc...
The kinetics of Ostwald ripening of solid domains in the liquid phase of one-component systems in tw...
The coarsening of emulsion droplets by Ostwald ripening is studied by means of numerical simulations...
During Ostwald ripening, the growth of larger aggregates occurs at the expense of smaller ones via d...
A theoretical approach to the Ostwald ripening of droplets is presented in dimension D_2. A mean-fie...
This approach assumes three functions independently acting on a set of microparticles. The first one...
During Ostwald ripening, the growth of larger patches occurs at the expense of smaller ones via deta...
We study Ostwald ripening of two-dimensional adatom and advacancy islands on a crystal surface by me...
Recent experimental results on late stage coarsening (Ostwald ripening) in two dimensions were reinv...
We show that the effect of surfactants on Ostwald ripening can be reduced to the problem of Ostwald ...
The author presents lattice Monte Carlo simulations of Ostwald ripening of islands formed of monomer...
Abstract. A configuration of near-equilibrium liquid droplets sitting on a precursor film which wets...
A model with local interparticle diffusion is considered, in contrast with the classical model of Os...
International audienceThanks to the unidimensional model of Ostwald ripening proposed here, the most...
The Ostwald-ripening theory is deduced and discussed starting from the fundamental principles such a...
Using two-dimensional Ag adatom islands on Ag(111) as a model system, we study the importance of loc...
The kinetics of Ostwald ripening of solid domains in the liquid phase of one-component systems in tw...
The coarsening of emulsion droplets by Ostwald ripening is studied by means of numerical simulations...
During Ostwald ripening, the growth of larger aggregates occurs at the expense of smaller ones via d...