Expansion of the condensing copper vapor into vacuum from a high-temperature source is
studied for transient and near-continuum flow regimes within the direct simulation Monte …

A free argon jet flow accompanied by small clusters formation is studied with the direct
simulation Monte Carlo method. Some near-continuum flow regimes characterized by …

Supersonic jets of metal vapors with carrier gas are promising for producing nanostructured
metal films at relatively low source temperatures and high deposition rates. However, the …

The synthesis of thin silver films by the gas-jet deposition method is experimentally and
theoretically studied. When the metal is deposited onto silicon substrates from a supersonic …

Nanostructured silver films were produced by the gas-jet deposition method for the
temperatures of the Ag vapor source (a crucible) in the range 1200-1400K. The direct …

The device skimmer is considered, which is intended to separate inert gas clusters with the
aim of further collision them with a surface to increase its smoothness order. The …

The paper studies the process of cluster formation, condensation and evaporation in a
viscous flow of a two-phase gas-droplet mixture in nozzles and free jets. The simulation …

The results of calculations of water vapor outflow from a source, in which the pressure and
temperature are maintained constant, into a vacuum through an orifice in the infinitely thin …

The process of silver cluster formation in a rarefied supersonic jet of a mixture of silver vapor
with helium carrier gas is investigated. The study was carried out by the direct simulation …

Computational and experimental study capabilities of clusterization in rarefied free argon jet
are discussed. Several small cluster formation mechanisms and corresponding …