Moving Divertor Plates in a Tokamak
H. Zhang S.J. Zweben
Abstract
Open-access reader
H. Zhang S.J. Zweben
Abstract
Open-access reader
Moving divertor plates could help solve some of the problems of the tokamak divertor through mechanical ingenuity rather than plasma physics. These plates would be passively heated on each pass through the tokamak and cooled and reprocessed outside the tokamak. There are many design options using varying plate shapes, orientations, motions, coatings, and compositions.
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Moving divertor plates could help solve some of the problems of the tokamak divertor through mechanical ingenuity rather than plasma physics. These plates would be passively heated on each pass through the tokamak and cooled and reprocessed outside the tokamak. There are many design options using varying plate shapes, orientations, motions, coatings, and compositions.
Key concepts: Divertor, Tokamak, Ingenuity, Nuclear engineering, Plasma, Materials science, Physics, Nuclear physics