Nucleation refers to the situation when a system (parent phase) is put into a nonequilibrium
metastable state. Experimentally it can be achieved by a number of ways (for definiteness …

A new semiphenomenological model of homogeneous vapor-liquid nucleation is proposed
in which the cluster kinetics follows the “kinetic approach to nucleation” and the …

We have measured homogeneous nucleation rates of water at 200–240 K in the carrier gas
helium, in the range of 10 13− 10 17 m− 3 s− 1 using an expansion wave tube. The rates …

Using the simple point charge/extended water model, we performed molecular dynamics
simulations of homogeneous vapor-liquid nucleation at various values of temperature T and …

Homogeneous nucleation rates of water droplets were measured at a nucleation
temperature close to 240 K in a Pulse-Expansion Wave Tube (PEWT). Several measures …

Conventional separators in the oil industry use a feed of oil and gas in two-phase multi-
component equilibrium. Recently a new concept of separators has been introduced which …

Molecular dynamics (MD) simulations were conducted to study nucleation of water at 350 K
in argon using TIP4P and TIP4P/2005 water models. We found that the stability of any …

The nucleation process of anisotropic particles often differs from that of their spherically
symmetric counterparts. Despite a large body of work on the structure of droplets of …

We compare experimental nucleation rates for water vapour in various carrier gases,
estimated nucleation rates for steam, and nucleation rates obtained from molecular …

This work is an experimental and theoretical study of the condensation of water.
Condensation consists of nucleation–the formation of droplets–and the subsequent growth …