Papers
1
Total Citations
29
H-Index
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About
Hendrik Esch is a leading figure in steady-state tokamak research, with his work central to advancing long-pulse plasma operations for fusion energy. His key contributions focus on sustaining high-performance plasmas over extended durations, a critical challenge for future reactors like ITER. His most-cited paper, "Investigation of steady-state tokamak issues by long pulse experiments on Tore Supra" (2009, 29 citations), documents breakthrough results from the Tore Supra programme, demonstrating significant progress in three core areas: plasma control, heat exhaust, and particle management. This work directly informs ITER’s design by validating techniques for maintaining stable, long-duration fusion conditions. Esch’s research has been instrumental in proving that tokamaks can operate in steady state, overcoming key physics and engineering hurdles. His achievements include contributing to the development of non-inductive current drive and advanced wall conditioning methods, which have become foundational for modern tokamak experiments. With a career dedicated to solving the practical challenges of sustained fusion, Esch’s impact is measured not only in citations but in the operational knowledge that shapes today’s fusion roadmaps.
Research Focus
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Top Papers
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