Papers
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Total Citations
29
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About
J. Decker is a leading figure in steady-state tokamak research, with a focus on advancing long-pulse plasma operations critical for the development of fusion energy. Their most-cited work, "Investigation of steady-state tokamak issues by long pulse experiments on Tore Supra" (2009, 29 citations), documents key experimental breakthroughs from the Tore Supra programme, demonstrating significant progress in sustaining plasma for extended durations while addressing challenges relevant to ITER. Decker’s contributions span three core areas: heat and particle exhaust, plasma control, and radiofrequency heating, where they have helped refine techniques for maintaining stable, high-performance plasmas. Their work has directly informed the design of next-generation fusion devices, particularly in managing steady-state operational limits. With a citation impact that underscores their influence, Decker is recognized for bridging experimental results with broader fusion physics, making their research indispensable for students and researchers tackling the complexities of magnetic confinement fusion.
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