Toroidally oriented pump inlets reduce back-flow by up to 20% (deuterium) and 33% (helium) and enhance partial pressures by factors of 1.78 and 2.00 in DSMC simulations of plasma-imprinted neutral winds.
Isolating the impacts of divertor closure on fueling and detachment with simpli- fied SOLPS-ITER simulations of MAST- U,
2 Pith papers cite this work. Polarity classification is still indexing.
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physics.plasm-ph 2years
2026 2verdicts
UNVERDICTED 2representative citing papers
Fuel puffing exceeds core fuelling by ~10x in detached operation, invalidating core-fuelling-dominant assumptions in TFC models and demanding integrated plasma-TFC reactor design with mitigation options that trade fusion power or core purity.
citing papers explorer
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Harnessing Toroidal Neutral Flows to Enhance Divertor Particle Exhaust
Toroidally oriented pump inlets reduce back-flow by up to 20% (deuterium) and 33% (helium) and enhance partial pressures by factors of 1.78 and 2.00 in DSMC simulations of plasma-imprinted neutral winds.
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On the Relationship Between Plasma and Tritium Fuel Cycle Through Matter Injection and Particle Exhaust
Fuel puffing exceeds core fuelling by ~10x in detached operation, invalidating core-fuelling-dominant assumptions in TFC models and demanding integrated plasma-TFC reactor design with mitigation options that trade fusion power or core purity.