NANOTECHNOLOGY OF A SINGLE-STAGE LOCALIZED ION-PLASMA DISPERSION IN A VACUUM

Abstract

The results of studies are summarized in connection with the change in certain properties of electrically conductive materials of a single chemical composition, when they are ion-plasma dispersed in a vacuum into the liquid substrate, from their mass, to the nano level. A productive scientific and research solution to this problem looks at design and technological studies on the modeling of fundamentally important specialized units with automated monitoring and control of the technological process. The components of the plasma nanodispersion module, as well as the configuration of such units and devices, must obey the program commands from the personal computer. Repeatability of physical and chemical properties will allow to carry out certification and reduce the innovative path of new nanomaterials from scientific development to its commercialization