We consider both theoretically and experimentally self-organization process of quasi-
equilibrium steady-state condensation of sputtered substance in accumulative ion-plasma …

Copper nanosystems were obtained by means of magnetron sputtering and further
deposition of extremely weak vapour fluxes onto glass ceramic substrates and KCl cleaved …

The emerging concept of self-organization under conditions of plasma-surface interaction is
reflected in the present analytical study of the processes and causes of carbon nanotube …

A novel mechanism of new phase formation is studied both experimentally and theoretically
in the example of quasi-equilibrium stationary condensation in an ion–plasma sputterer …

A novel approach of highly porous structures formation is described, which is based on
deposition of ion-sputtered substance in vicinity to thermodynamical equilibrium. The …

The conditions providing the closeness of the steady-state condensation/sputtering process
to the phase equilibrium have been analyzed in the framework of the synergetic approach. It …

The steady-state regime of condensation under conditions close to the phase equilibrium is
shown to be provided by the self-organization of the plasma-condensate system. This self …

A new mechanism of phase formation has been proposed and studied, both experimentally
and theoretically, using quasiequilibrium stationary condensation in an ion-plasma atomizer …

It has been established that nickel condensates in the form of low-dimensional porous
systems can be obtained at quasi-equilibrium steady-state condensation. On the basis of the …

Эффективность нанотехнологий, связанных с переходом вещества в
сконденсированное состояние, зависит от решения двух основных задач. Первая из …