Tokamak transport driven by quasi-neutrality and helical asymmetry

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Abstract
A Monte Carlo theory of transport in tokamaks is presented that replaces Ohm's law by quasi-neutrality as the rule to determine the electric field. Bifurcated equilibria with three-dimensional asymmetry are calculated to define the magnetic field. After the electron confinement time is brought into line with the ion confinement time, both agree surprisingly well with experimental data

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