Turbulence-driven poloidal flows generate a deeper Er well in favorable drift configurations through enhanced nonlinear turbulence-mean flow energy transfer, explaining the lower H-mode power threshold.
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First-Principles Explanation of the Drift Configuration Dependence of the Radial Electric Field and High-Confinement Access in Tokamaks
Turbulence-driven poloidal flows generate a deeper Er well in favorable drift configurations through enhanced nonlinear turbulence-mean flow energy transfer, explaining the lower H-mode power threshold.