Magnetic turbulence and resistive MHD instabilities in a 0. 6 < q < 3 poloidal divertor tokamak
Y. Z. Agim, J. D. Callen, Z. Chang, R. N. Dexter, J.A. Goetz, Dale E. Graessle, Evan Haines, D. Kortbawi, Lapointe, R.A. Moyer
Abstract
Y. Z. Agim, J. D. Callen, Z. Chang, R. N. Dexter, J.A. Goetz, Dale E. Graessle, Evan Haines, D. Kortbawi, Lapointe, R.A. Moyer
Abstract
Detailed statistical properties of internal magnetic turbulence, and internal disruptions in magnetically- and materially-limited discharges, are studied in the Tokapole II poloidal divertor tokamak over the safety factor range 0.6 < q{sub a} < 3. A nonlinear MHD code treats tearing modes in the divertor geometry. 9 refs., 2 figs.
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Detailed statistical properties of internal magnetic turbulence, and internal disruptions in magnetically- and materially-limited discharges, are studied in the Tokapole II poloidal divertor tokamak over the safety factor range 0.6 < q{sub a} < 3. A nonlinear MHD code treats tearing modes in the divertor geometry. 9 refs., 2 figs.
Key concepts: Divertor, Tokamak, Magnetohydrodynamics, Physics, Turbulence, Safety factor, Plasma, Resistive touchscreen