K. Egorov

Max Planck Institute for Plasma Physics - Greifswald

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About

K. Egorov is a prominent researcher in fusion energy engineering, with a primary focus on the structural design and maintenance of advanced stellarator magnet systems. Their most notable contribution is the development of the HELIAS 5-B magnet system, a key component of the next-generation stellarator fusion reactor concept. Egorov’s work on the structure and maintenance concept for this complex system, published in 2013, has garnered 49 citations, reflecting its foundational role in guiding the engineering of robust, serviceable superconducting coils for long-pulse plasma confinement. This research addresses critical challenges in remote handling, mechanical integrity, and thermal management, directly supporting the feasibility of future fusion power plants. Egorov’s contributions are recognized as essential to the HELIAS line of stellarators, influencing design choices for modular coil support and maintenance strategies. Their work stands as a benchmark for engineers tackling the integration of high-field magnets in extreme operational environments, making Egorov a key figure in the push toward practical fusion energy.