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Information × Registration Number 0121U108897, ( 0222U002380  0223U000692  0224U001892  0224U033094  0226U002318  ) R & D request Title Theoretical studies of plasma retention and heating in controlled thermonuclear fusion devices and plasma technologies Head Hrekov Dmytro L., д.ф.-м.н. Registration Date 24-02-2021 Organization National Science Center "Kharkiv Institute of Physics and Technology" popup.description1 The purpose of the work is to make a significant contribution to the world efforts in the design of a demonstration thermonuclear reactor and to promote the further implementation of the achievements of fundamental plasma physics in the advanced technologies of the national economy. For this purpose such works are planned. Development of fast calculation of fully relativistic plasma dispersion functions in the range of electronic cyclotron frequencies .. - Study of the influence of the effects of viscosity, ionization, recharging, diffusion and self-consistent field on the steady state of the plasma in the surface layer between the plasma and the dielectric (metal) in the hydrodynamic approximation. - Numerical calculations of frequencies of electronic modes of a waveguide partially filled with charged plasma. Study of possibilities of compensation of influence on magnetic field of torsatron Hurricane-2M of current supplies and current sockets of helical winding, asymmetric arrangement of which leads to disturbance of stelarative symmetry of magnetic configuration U-2M. Calculations of the degree of separation of mixtures of heavy and light elements in the Archimedes filter at different distributions of ion formation power along the radius. Calculation of completely relativistic plasma dispersion functions in the range of ionic cyclotron frequencies. - Modeling the effects of three-dimensional neoclassical transfer in tokamaks in the presence of saturated MHD perturbations of helical and / or discontinuous mode. Analysis of synchrotron radiation of fugitive electrons during operation of tokamak in modes with strong toroidal magnetic field B ~ 8T.Calculations of physical parameters of a demonstration variant of a reactor - stelarator in the conditions of various models of processes of transfer in plasma.Kinetic modeling of the effect of resonant magnetic perturbations on the plasma of the pedestal in the tokamak when they suppress the instability of the plasma edge. popup.nrat_date 2024-12-09 Close