T. Narikawa
Papers
2
Total Citations
31
H-Index
2
About
T. Narikawa is a key figure in the conceptual development of compact toroid fusion reactors, with a career focus on innovative reactor core design and maintenance strategies. Their most significant contribution is the "cassette compact toroid reactor" concept, first detailed in a landmark 1986 study. This work proposed a revolutionary approach to fusion power plants: designing the reactor core as a replaceable "cassette" unit. By emphasizing quick replacement handling, Narikawa addressed one of the most critical engineering challenges for future fusion reactors—minimizing downtime for maintenance and component replacement. Their 1986 paper, which has garnered 22 citations, outlines a system where the core plasma (a spheromak) is ohmically heated through a merging process with a gun-produced spheromak, enabling a more practical and maintainable reactor architecture. A follow-up 1987 paper (9 citations) further refined these replacement procedures. While not the most cited work in absolute terms, Narikawa's research laid essential groundwork for reactor maintainability, a factor now recognized as crucial for the economic viability of fusion energy. Their forward-thinking design philosophy continues to influence studies on compact, low-cost fusion reactor concepts.
Research Focus
Key Achievements
Top Papers
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- 2