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 …

The prediction of properties at the Wilson point is the key to both theoretical and numerical
researches of the condensation of pure vapor or moist gas by homogeneous nucleation. An …

The non-equilibrium condensation phenomenon during the operation of sonic nozzle is very
complicated, and will affect the flow measurement and control of sonic nozzle. Two …

A critical analysis of the nucleation theorem in its different formulations is presented. A new
formulation of the nucleation theorem, mathematically widely equivalent to the form given by …

A molecular dynamics simulation of vapor phase nucleation has been performed with 40
000 Lennard-Jones particles for the target gas and 0–160 000 particles for the carrier gas …

The aim of this molecular dynamics MD simulation is to sample critical droplets in the
presence of an inert carrier gas in order to investigate and determine the impact of the inert …

Nucleation of highly supersaturated water vapor in helium, methane, and argon carrier
gases at 350 K was investigated using molecular dynamics simulations. Nucleation rates …

Using simple point charge/extended potential for water–water and a potential model for ion–
water interaction, homogeneous and heterogeneous nucleation of water vapor are …

The vapor–liquid nucleation in a dense Lennard-Jones system is studied analytically and
numerically. A solution of the nucleation kinetic equations, which includes the elementary …

Experimental observations indicate that the nucleation behavior within the thermal diffusion
cloud chamber (TDCC) changes with increasing carrier gas pressure and applied sidewall …