Initial Experiments In Jt-60 T Abe , H Aikawa , N Akaoka , H Akasaka , N Akino , T Akiyama , T Ando , K Anno , T Aoyagi , T Arai , K Arakawa , M Azumi , T Fukuda , H Furukawa , K Hammamatsu , T Haraguchi , K Hayashi , H Hiratsuka , T Hirayama , S Hiroki , K Hiruta , N Hitomi , R Hosoda , N Hosogane , H Ichige , S Iida , T Iijima , Y Ikeda , N Isaji , M Isaka , M Ishihara , Y Itoh , M Kaneko , Y Kawamata , K Kawasaki , M Kikuchi , T Kimura , H Kishimoto , K Kitahara , A Kitsunezaki , K Kodama , Y Koide , T Koike , I Kondo , S Konoshima , H Kubo , S Kunieda , K Kurihara , T Kuroda , H Maeda , M Maeno , M Matsukawa , T Matsukawa , M Matsuo , N Miya , K Miyachi , Y Miyo , M Mizuno , Y Murakami , M Mutoh , M Nagami , A Nagashima , K Nagashima , S Nagaya , H Nakamura , Y Nakamura , M Nemoto , Y Neyatani , S Niikura , H Ninomiya , T Nishitani , T Nishiyama , H Nomata , S Noshiroya , N Ogiwara , K Ohasa , M Ohkubo , K Ohmori , S Ohmori , Y Ohmori , Y Ohsato , T Ohshima , M Ohta , K Otsu , A Oikawa , T Ozeki , A Sakasai , S Sakata , M Sato , M Seimiya , S Seki , M Shiho , M Shitomi , R Shimada , K Shimizu , M Shimizu , Y Shimomura , S Shinozaki , H Shirai , T Sugie , H Sunaoshi , K Suzuki , M Suzuki , S Suzuki , Y Suzuki , S Tahira , M Takahashi , S Takahashi , T Takahashi , H Takatsu , Y Takayasu , S Takeda , H Takeuchi , T Takizuka , S Tamura , E Tanaka , T Tanaka , K Tani , T Terakado , K Tobita , T Tokutake , T Totsuka , N Toyoshima , T Tsugita , S Tsuji , Y Tsukahara , M Tsuneoka , K Ujiie , H Urakawa , Y Uramoto , K Ushigusa , J Yagyu , K Yamada , M Yamamoto , O Yamashita , Y Yamashita , K Yano , H Yokomizo , I Yonekawa , H Yoshida , M Yoshikawa , R Yoshino PLASMA PHYSICS AND CONTROLLED FUSION（1986）
摘要
Initial ohmic heating experiments in JT-60 were performed for a three month period of April-June 1985. A maximum plasma current of 1.6 MA was obtained for both divertor and limiter discharges. Low-q discharges of qeff=2.5 and high density discharges of 4.8*1019 m-3 in line-averaged density were obtained in the divertor configuration. In divertor discharges radiated loss from the main plasma can be kept at 20-30% of the ohmic input.
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