The processes of single droplet freezing, frost accumulation and droplets flooding during
condensation were analyzed and compared for surfaces of different morphologies. Four …

Homogeneous nucleation of water is investigated in argon and in nitrogen at about 240 K
and 0.1 MPa, 1 MPa, and 2 MPa by means of a pulse expansion wave tube. The surface …

A kinetic model is developed to describe the heterogeneous condensation of vapor on an
insoluble spherical particle. This new model considers two mechanisms of cluster growth …

New homogeneous nucleation experiments are presented at 240 K for water in carrier gas
mixtures of nitrogen with carbon dioxide molar fractions of 5%, 15%, and 25%. The pulse …

A pulse-expansion wave tube method to determine homogeneous nucleation rates of water
droplets has been improved. In particular, by accounting for background scattering, the …

Within the framework of the classical theory of heterogeneous nucleation, a thermokinetic
model is developed for line-tension-associated droplet nucleation on conical textures …

In this study, the potential of Joule Thompson cooling effect for natural gas dehydration was
studied using numerical simulation method. Population balance model (PBM) was used to …

Abstract Knowledge on critical cluster composition is important for improving the nucleation
theory. Thus, homogeneous water nucleation experiments previously carried out in nitrogen …

Marginal gas fields containing large concentrations of CO2 is a technical challenge to
develop due to the low CO2 concentration requirement in the sales gas. One of the CO2 …

The effects of pressure and carrier gases on homogeneous water nucleation are
investigated experimentally by means of a Pulse Expansion Wave Tube (PEWT). A novel …