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Theoretical progress on H-mode physics
Plasma Physics and Controlled Fusion, 1994Theoretical research into H-mode physics is reviewed. The topics cover elementary processes such as bifurcation physics, collisional transport theory and anomalous transport theory. Associated with these investigations, a global picture of H-mode phenomena, such as the spatial structure and temporal evolution has been constructed from theory.
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Pedestal structure in H-mode plasmas
Nuclear Fusion, 2014The present understanding of edge pedestal structure is reviewed. Pedestal plasma strongly affects fusion power and divertor heat load, and as such, characterization of the pedestal structure has significantly progressed. In high-confinement mode (H-mode) plasmas, the pedestal component plays the role of a boundary condition in determining the core ...
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A stationary long-pulse ELM-absent H-mode regime in EAST
, 2017Y. Ye +30 more
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AIP Conference Proceedings, 2003
TCV (Tokamak a Configuration Variable, R = 0.88 m, a < 0.25 m, BT < 1.54 T) is a highly elongated tokamak, capable of producing limited and diverted plasmas, with the primary aim of investigating the effects of plasma shape and current profile on tokamak physics and performance.
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TCV (Tokamak a Configuration Variable, R = 0.88 m, a < 0.25 m, BT < 1.54 T) is a highly elongated tokamak, capable of producing limited and diverted plasmas, with the primary aim of investigating the effects of plasma shape and current profile on tokamak physics and performance.
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Pedestal transport in H-mode plasmas for fusion gain
, 2017M. Kotschenreuther +5 more
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Advances in H-mode physics for long-pulse operation on EAST
, 2015B. Wan +6 more
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