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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

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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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What this paper is about

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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Available 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.

Key concepts: Tokamak, Plasma, Rotation (mathematics), Physics, Resonance (particle physics), Enhanced Data Rates for GSM Evolution, Nuclear magnetic resonance, Atomic physics

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