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Initial phase of a non-circular screw-pinch discharge

q = 2 surface) can lead to the formation of satellite islands or secondary resonances. Plasma disruption then occurs when there is magnetic-surface destruction caused by the overlap of these satellite islands with the primary, islands due to a single tearing mode interacting with the toroidal geometry factor. The present report of the n = 2 mode structure occurring during the disruption in the tokamak discharge can be considered as characteristic of the processes that occur during the disruptive instability. Further investigation of this perturbation and its relation to the disruptive process should provide an important contribution to the understanding of the MHD processes which give rise to the disruptive instability.