To date, there is no universally recognized notion of diamond structure formation from the
gas phase. The set of fragments determining this process differs for different methods of …

In this paper, the traditional method of microwave plasma generation is used in combination
with the formation of a high-velocity plasma flow from a resonant chamber into an evacuated …

The Direct Simulation Monte Carlo (DSMC) method is used to simulate the hydrogen–
methane mixtures flowing through a heated cylindrical tungsten tube and expanding into a …

До настоящего времени нет устоявшихся представлений о каналах формирования
алмазных структур из газовой фазы. Набор фрагментов, определяющих этот процесс …

We present new approaches to gas phase deposition of diamond and diamond-like
structures, films, and crystals. They are based on the activation of initial gases on hot …

Diamond films are advanced engineering materials for various industrial applications
requiring a coating material with extremely high thermal conductivity and low electrical …

The flow of a hydrogen–methane mixture through heated coaxial cylindrical tungsten
channels with a built-in tungsten wire is studied by the Direct Simulation Monte Carlo …

A method for obtaining diamond films using gas jet deposition with activation on extended
surfaces made of tungsten heated up to high temperatures is considered in the article. The …

A new method of deposition of diamond films with the use of supersonic gas flows activated
by a microwave discharge is implemented for the first time. The operation principle of the …

Plasma spray physical vapor deposition aims to substantially evaporate powders in order to
produce coatings with various microstructures. This is achieved by powder vapor …