Heterogeneous nucleation of water droplet on surfaces with different solid-liquid interaction
intensities is investigated by molecular dynamics simulation. The interaction potentials …

Nucleation of new particles from vapor-phase molecular precursors is an important process
in the synthesis of nanomaterials and in the formation of aerosols in the atmosphere. Vapor …

The traditional scheelite treatment process, which involves the sodium hydroxide
decomposition and anion exchange, discharges a large amount of high-salinity wastewater …

Three-dimensional condensation on a spherical nanoscale seed was simulated by classical
molecular dynamics. In order to observe the effects of the dimension of seeds and …

Growth of a cubic nanoparticle was studied by classical molecular dynamics simulation for
three seed sizes in nine different supersaturation ratios. Similar to the spherical seed in our …

Ions make a significant contribution to the nucleation dynamics of aqueous aerosol particles,
but the understanding about microscopic mechanism is insufficient. In this paper, molecular …

The heterogeneous condensation of a Lennard-Jones vapor onto a nanoscale seed particle
is studied using molecular dynamics simulations. Measuring the nucleation rate and the …

To meet the different needs of various industrial fields, it is of great application value to find a
feasible method for controlling the condensation mode on the surface. Inspired by biological …

Ostwald ripening is an important growth process in many scientific disciplines ranging from
material science, geology, biophysics, and product formulation. Here ripening of argon …

Understanding the mechanisms of controlling vapor condensation on surfaces is of
significant importance in many fields. Despite many efforts made in the investigation of vapor …