Overview of national centralized tokamak program - Mission, design and strategy to contribute to ITER and DEMO Hideki Ninomiya , M Akiba , Takenori Fujii , Tatsuo Fujita , Michio Fujiwara , K Hamamatsu , Nobuhito Hayashi , N Hosogane , Yoshitaka Ikeda , N Inoue , Y Kamada , Hiroyuki Kawashima , Masanori Kikuchi , K Kizu , Hiroshi Kubo , Yoshiyuki Kudo , K Kurihara , Genichi Kurita , Masao Kuriyama , Kei Masaki , Makoto Matsukawa , Naoyuki Miya , A Morioka , Kazumasa Okuno , Syunsuke Sakurai , Tomoyuki Suzuki , H Takahashi , M Takechi , Hideki Tamai , K Tsuchiya , Takashi Yamamoto , Hiroshi Azechi , Hiroshi Horiike , Yushi Miura , Hidetoshi Hashizume , Makoto Ichimura , Tsuyoshi Imai , Kiyoshi Yatsu , K Ida , A Nishimura , Ayano Sagara , Akihiro Kimura , Masao Matsuoka , S I Itoh , Kiseki Nakamura , Masashi Sakamoto , Kazufumi Sato , Ayano Shimizu , Naoaki Yoshida , Kozo Okano , Ryuichi Shimada , Hiroyuki Tsutsui , Yasukazu Takase , S Tanaka , Yoshihiko Uesugi JOURNAL OF THE KOREAN PHYSICAL SOCIETY（2006）
摘要
The NCT Program, in which the present JT-60U is being modified into a superconducting coil machine, is discussed under nationwide collaboration in Japan. Its mission is to establish high-beta steady-state operation for DEMO and to contribute to ITER. NCT is designed to have potential to investigate such research.
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关键词
advanced tokamak, superconducting coil machine, steady state, high beta
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