A lattice Boltzmann algorithm to study the three-dimensional electrostatic-turbulence dynamics in thermo- nuclear plasmas is derived. The ion continuity, momentum, and pressure equations are reproduced with the electrons being described by the adiabatic response. The numerical stability is discussed. Applications to the study of two-dimensional turbulence are presented
Fogaccia, G., Benzi, R., Romanelli, F. (1996). Lattice Boltzmann algorithm for three-dimensional simulations of plasma turbulence. PHYSICAL REVIEW E, 54(4 SUPPL. B), 4384-4393.
Lattice Boltzmann algorithm for three-dimensional simulations of plasma turbulence
BENZI, ROBERTO;ROMANELLI, FRANCESCO
1996-01-01
Abstract
A lattice Boltzmann algorithm to study the three-dimensional electrostatic-turbulence dynamics in thermo- nuclear plasmas is derived. The ion continuity, momentum, and pressure equations are reproduced with the electrons being described by the adiabatic response. The numerical stability is discussed. Applications to the study of two-dimensional turbulence are presentedFile in questo prodotto:
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