The influence of RF plasma treatment at low pressure on the permeability of a polyurethane nanocomposite

Problem of radio-frequency discharge at atmospheric pressure in local statement

“…In addition, the model includes a stationary heat equation of atomic ion gas, thе convection-diffusion equation for the molecular ion and kinetic equation for argon dimer. We describe a modification of the calculation method proposed in the paper [1]. The results of calculations for the model problem are given illustrating the process of discharge.…”

“…Plasma is effectively used in the field of nanotechnology, for creating and modify in nanostructures (e.g., for the treatment of materials in order to improve durability and reliability of machinery, creating a light and strong polymer composites, polyethylene plastics, nanopowders of metals and their composites etc.) [1,2,22,23,28,29]. This paper is further work [27] where the model of interaction between CCRFD and a sample allowing to calculate characteristics of the discharge in an inter-electrode is given.…”

On solving of some nonlinear problems of plasma physics

“…Plasma is effectively used in the field of nanotechnology, for creating and modify in nanostructures (e.g., for the treatment of materials in order to improve durability and reliability of machinery, creating alight and strong polymer composites, polyethylene plastics, nanopowders of metals and their composites etc.) [1][2][3][4][5][6].The advantage of plasma methods for material processing is a wide range of impact parameters. Different materials require different types of treatment, respectively, and the various conditions for maintaining the discharge.…”