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First simultaneous observation of co- and counter-current fast-ion losses in the ASDEX Upgrade tokamak
Abstract In ITER and future fusion power plants, the source of the fusion born alpha particles is almost isotropic in pitch angle, thus having co- and counter-current populations. For trapped ions, the co-current side of the orbit corresponds to its outer l…
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Abstract In ITER and future fusion power plants, the source of the fusion born alpha particles is almost isotropic in pitch angle, thus having co- and counter-current populations. For trapped ions, the co-current side of the orbit corresponds to its outer l…
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Abstract In ITER and future fusion power plants, the source of the fusion born alpha particles is almost isotropic in pitch angle, thus having co- and counter-current populations. For trapped ions, the co-current side of the orbit corresponds to its outer l…
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本地资源档案fusion-literature-284-1572.json本地档案 · catalog-2026-08-10