KSTAR data shows stronger fishbone events have tighter edge temperature-magnetic correlations and edge-leading-core phase relations, suggesting the edge may actively participate in the instability.
Waveform distortion of o ff-axis fishbone instability in the nonlinear magnetohydrodynamic evolu- tion in tokamak plasmas
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Study of Low-Frequency Core-Edge Coupling in a Tokamak: I. Experimental Observation in KSTAR
KSTAR data shows stronger fishbone events have tighter edge temperature-magnetic correlations and edge-leading-core phase relations, suggesting the edge may actively participate in the instability.