Physical processes and forming of nanostructures in the bounded plasma-like media
Kharkov National University named after V.N. Karazin
A research object is low temperature plasma, gas digits and elementary processes in them, processes of transfer in digits at presence of objects of submicrometer and nanometer size and molecular working gases, hertzian waves of plasma=metallic waveguide structures, containing metamaterials, and in axial=symmetric toroid, magnetosphere plasma and in the axisymmetric plasma systems with magnetic corks. An aim of work is theoretical research of influence of kinetic and electrodynamic effects on wave processes in limit magnitiactive heterogeneous dissipative structures: influences of parameters of gas digit on descriptions of carbon nanostructures; properties of the powdered gas-unloading plasma in the pulse-mode and in presence the molecular workers of gases. Research methods are a theoretical analysis and numeral design on COMPUTER. Influence of drift-kinetic effects on waves in 2d heterogeneous toroidal and plasma with magnetic mirrors has been studied. Influence of plasma on nanostructures forming, processes of forming and property of dusty plasma in the pulse-mode was investigated. The stochastic interactions of electrons with the field at low pressure.was studied. The anomalous passing of electromagnetic waves (EMWs) through the stratified plasma structures and EMWs in structures metamaterials included was studied. EMWs in coaxials with heterogeneous plasma and azimuthal magnetic field is studied.