Hundreds of concurrent full-f gyrokinetic simulations demonstrate power-dependent impacts of plasma shaping on tokamak boundary confinement and release open data for model benchmarking.
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Runaway electron avalanches can arise in stellarators from rapid coil current variations without net toroidal current, posing risks mainly at low densities in present devices and more broadly in reactors.
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High-throughput full-f gyrokinetics of the tokamak boundary
Hundreds of concurrent full-f gyrokinetic simulations demonstrate power-dependent impacts of plasma shaping on tokamak boundary confinement and release open data for model benchmarking.
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Runaway electrons during a coil quench in stellarators
Runaway electron avalanches can arise in stellarators from rapid coil current variations without net toroidal current, posing risks mainly at low densities in present devices and more broadly in reactors.