Joint optimization of impurity mix, plasma shape, and pedestal density in a modeled ARC tokamak raises predicted fusion power by up to 65% compared with the nominal design.
Large-database cross-verification and validation of tokamak transport models using baselines for comparison
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Steady state, core, operational optimization of an ARC-like tokamak via plasma composition and shape
Joint optimization of impurity mix, plasma shape, and pedestal density in a modeled ARC tokamak raises predicted fusion power by up to 65% compared with the nominal design.