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We present experimental observations suggesting that the non-diffusiveavalanche-like events are a prevalent and universal process of the electronturbulent heat transport in tokamak core plasmas. They are observed in the lowconfinement mode and the weak internal transport barrier tokamak plasmas in theabsence of magnetohydrodynamic instabilities. In addition, the electrontemperature profile corrugation, which indicates the existence of the $E \timesB$ shear flow layers, is clearly demonstrated as well as their dynamicalinteraction with the avalanche-like events. The measured width of the profilecorrugation is around $45\rho_i$, which implies the mesoscale nature of thestructure.

nuclear fusion

Experimental evidence of the non-diffusive avalanche-like electron heat  transport events and their dynamical interaction with the shear flow  structure