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＜departmental bulletin paper＞
From Glass Torus to Fusion Reactor : Memory and Perspective
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| Abstract | This article is my memory of the research life on a tokamak and nuclear fusion from 1974 to the present day, because I have retired at Tokai University at the end of March in 2016. I had designed and ...constructed the small tokamak (glass torus) in Research Institute for Applied Mechanics, which was the first Kyushu University tokamak. I made plasma discharge and conducted experiments in this device. And then I participated in TRIAM-1 project, where I have made the plasma monitor and microwave diagnostics. Based on these experiences I designed and constructed the STOR-1M tokamak in University of Saskatchewan, which was the first Canadian tokamak, and first AC tokamak in the world with a nice discharge. After shutdown of STOR-1M, I sometimes visited Canada to fix and operate the STOR-M tokamak to have a nice discharge, and conducted the AC tokamak discharge and iron core saturable operation for future fusion reactor. Also I just touch on the TRIAM-1 and TRIAM-1M tokamaks, and QUEST. In parallel with these tokamak experiments, I have conducted D-T tokamak and helical fusion reactor studies including a D-3He fusion. Based on these researches, I present the future perspective on fusion reactor.show more |
| Table of Contents | 1.九州大学・トカマク1号機(ガラストーラス) 2.TRIAM-1 トカマク 3.カナダ・サスカチュワン大学, STOR-1M トカマク 4.カナダ・サスカチュワン大学, STOM-M トカマク 5.TRIAM-1M トカマク 6.QUEST 7.核融合炉の研究 |
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| Created Date | 2018.05.08 |
| Modified Date | 2023.02.27 |