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Rognlien, T.D., Ryutov, D. and Mattor, N. (1999) Influence of E x B and ?B drift terms in 2-D edge /SOL transport simulation, Journal of Nuclear Materials, 266- 269, 654-659. doi.10.1016/S0022-3115(98)00835-6

has been cited by the following article:

• TITLE: Simulation of small size divertor tokamak plasma edge under effect of toroidal magnetic field reversal

  AUTHORS: A. H. Bekheit

  KEYWORDS: Reverse Toroidal field; B2SOLPS0.5.2D Code; ITB

  JOURNAL NAME: Natural Science, Vol.3 No.8, August 3, 2011

  ABSTRACT: Asymmetries between the divertor legs of small size divertor (SSD) tokamak plasma edge are noticed to reverse when the direction of toroidal magnetic field is reversed. In the present paper the small size divertor tokamak plasma edge under effect of toroidal magnetic field reversal is simulated by B2SOLPS0.5.2D fluid transport code. The simulation demonstrate the following results: 1) Parallel (toroidal) flow flux and Mach number up to 0.6 at higher plasma density reverse with reverse toroidal magnetic direction in the edge plasma of small size divertor tokamak. 2) The radial electric field is toroidal magnetic direction independence in edge plasma of small size divertor tokamak. 3) For normal and reverse toroidal magnetic field, the strong ITB is located between the positions of the maximum and minimum values of the radial electric field shear. 4) Simulation result shows that, the structure of radial electric field at high field side (HFS) and low field side (LFS) is different. This difference result from the change in the parallel flux flows in the scrape off layer (SOL) to plasma core through separatrix. 5) At a region of strong radial electric field shear, a large reduction of poloidal rotation was observed. 6) The poloidal rotation is toroidal magnetic field direction dependence.