Drift electrostatic turbulence in the near-wall zone of a tokamak

The nature of a structural turbulence, based on experience of numerical simulation of the turbulent dynamics of plasma in tokamak is considered. Derivation of the reduced two-fluid MHD equations is produced. The description of a code for computation of the turbulent transport in the plane plasma layer near tokamak wall. Numerical simulation of the wall plasma in T-10 tokamak is carried out. The behavior of the turbulent fluxes depending on concentration of neutral atoms is studied. The numerical simulation show, that the decrease of turbulent transport was associated with dissipation of vorticity and ion pressure due to processes of recharge and of ionization