Effect of plasma rotation on the resonance magnetic perturbations at the edge of tokamak plasmas
I. M. Pankratov, I. V. Pavlenko, O. Pomazan, A.Ya. Omel'chenko
Abstract
I. M. Pankratov, I. V. Pavlenko, O. Pomazan, A.Ya. Omel'chenko
Abstract
In the frame of one-fluid MHD the pressure perturbation resonant excitation by external low frequency helical magnetic perturbations near the plasma edge is investigated. The plasma rotation plays a key role in this phenomenon. The plasma response has been taken into account. These pressure perturbations may affect stability of the ballooning and peeling modes.
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In the frame of one-fluid MHD the pressure perturbation resonant excitation by external low frequency helical magnetic perturbations near the plasma edge is investigated. The plasma rotation plays a key role in this phenomenon. The plasma response has been taken into account. These pressure perturbations may affect stability of the ballooning and peeling modes.
Key concepts: Tokamak, Plasma, Rotation (mathematics), Physics, Resonance (particle physics), Enhanced Data Rates for GSM Evolution, Nuclear magnetic resonance, Atomic physics