The theoretical study of the processes of the outflow of a binary gas mixture from a source
into a vacuum through an orifice in an infinitely thin wall is presented. Two mixtures with a …

In present work, we report an experimental setup that has been developed to characterize
highly under-expanded helium and nitrogen jets confined in a vacuum chamber. The …

Anisotropic diffusion is important to many different types of common materials and media.
Based on structured Cartesian meshes, we develop a three‐dimensional (3D) …

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 …

The results of a numerical study of a binary gas mixture outflow from a source with specified
stagnation parameters into vacuum through a round orifice are presented. Silver and helium …

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 …

Pd clusters were generated with a DC magnetron plasma gas aggregation cluster source.
The dependence of the size distribution and ionization degree of the Pd clusters on the …

The paper considers the numerical modeling of the processes of homogeneous and
heterogeneous condensation and evaporation in multiphase flows using the method of …

A highly underexpanded jet outflow into the background in transition and scattering regimes
is studied computationally. The direct simulation Monte Carlo method and Navier–Stokes …

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 …