Papers
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Total Citations
29
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About
Dr. A. Ekedahl is a leading figure in steady-state tokamak research, with a focus on advancing the operational regimes necessary for future fusion reactors like ITER. Their most cited work, the 2009 paper "Investigation of steady-state tokamak issues by long pulse experiments on Tore Supra" (29 citations), documents pivotal progress in sustaining plasma conditions over extended periods. This research addresses critical challenges in fusion physics, including plasma control, heat exhaust, and particle management, directly informing the design of next-generation devices. Dr. Ekedahl’s contributions to the Tore Supra programme have been instrumental in demonstrating the feasibility of long-pulse operation, a cornerstone for achieving net energy gain in fusion. Their work bridges fundamental plasma science and practical engineering, offering key insights into ITER-relevant scenarios. Through rigorous experimentation and analysis, Dr. Ekedahl has helped shape the roadmap toward steady-state fusion power, making them a respected voice in the international fusion community.
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