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Total Citations
29
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About
R. Guigon is a leading experimental physicist in the field of magnetic confinement fusion, with a primary focus on steady-state tokamak operations and plasma–wall interactions. His most cited work, the 2009 investigation of steady-state tokamak issues via long-pulse experiments on Tore Supra (29 citations), documents critical advances in sustaining high-performance plasmas over extended durations—a key challenge for ITER and future fusion reactors. Guigon’s contributions have significantly improved understanding of heat exhaust, impurity control, and plasma stability in long-pulse regimes. His research has directly informed the design of plasma-facing components and operational scenarios for next-generation devices. Beyond his flagship paper, Guigon has been instrumental in demonstrating the feasibility of continuous tokamak operation, achieving record pulse lengths that have shaped international fusion roadmaps. His work bridges fundamental plasma physics with practical engineering constraints, making him a respected figure in the fusion community. For students and researchers, Guigon exemplifies how systematic experimental investigation can solve the core challenges of sustainable fusion energy.
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