Three-dimensional fluid simulations of a simple magnetized plasma

Three-dimensional fluid simulations are performed in a simple magnetized toroidal plasma, in which vertical and toroidal magnetic fields create helicoidal magnetic field lines that terminate on the torus vessel. The simulations are carried out in the three-dimensional flux tube that wraps around the torus and are able to describe both interchange and drift-wave dynamics. The presence of different turbulence regimes is pointed out; in particular, it is shown that turbulence can be quenched by either a sufficiently large plasma source, or a sufficiently small vertical field, or a sufficiently high parallel resistivity. The simulations considered herein reveal that interchange turbulence dominates over the drift-wave dynamics. Considering the experimental observations, we finally discuss the limitations of the present model. (C) 2009 American Institute of Physics. [doi:10.1063/1.3230119]


Published in:
Physics of Plasmas, 16, 09, 092307
Year:
2009
Publisher:
AIP
Keywords:
Note:
Copyright IOP
Laboratories:
SPC
CRPP




 Record created 2009-12-16, last modified 2018-01-28

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