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		题名	作者	年代	出处	被引量
	1	A Conceptual Design Study for the Error Field Correction Coil Power Supply in JT-60SA显示文摘This paper describes a conceptual design study for the circuit configuration of the Error Field Correction Coil (EFCC) power supply (PS) to maximize the expected performance with reasonable cost in JT-60SA.The EFCC consists of eighteen sector coils installed inside the vacuum vessel,six in the toroidal direction and three in the poloidal direction,each one rated for 30kA-turn.As a result,star point connection is proposed for each group of six EFCC coils installed cyclically in the toroidal direction for decoupling with poloidal field coils.In addition,a six phase inverter which is capable of controlling each phase current was chosen as PS topology to ensure higher flexibility of operation with reasonable cost.	M.MATSUKAWA K.SHIMADA K.YAMAUCHI E.GAIO A.FERRO L.NOVELLO	2013	Plasma Science and Technology2013，15，3：	0
	2	Advanced Control Scenario of High-Performance Steady-State Operation for JT-60 Superconducting Tokamak显示文摘Plasma control on high-βN steady-state operation for JT-60 superconducting modification is discussed. Accessibility to high-βN exceeding the free-boundary limit is investigated with the stabilising wall of reduced-activated ferritic steel and the active feedback control of the in-vessel non-axisymmetric field coils. Taking the merit of superconducting magnet, advanced plasma control for steady-state high performance operation could be expected.	H.Tamai G.Kurita M.Matsukawa K.Urata S.Sakurai K.Tsuchiya A.Morioka Y.M.Miura K.Kizu Y.Kamada A.Sakasai S.Ishida	2004	Plasma Science and Technology2004，6，3：	0
	3	Progress in Physics and Technology Developments for the Modification of JT-60显示文摘Recent progress in the physics and engineering design study for the modification programme of JT-60 is presented.In order to achieve a steady state high-β plasma operation,which is the dominant issue of this programme,physics design for the MHD control and the stability analysis is investigated.Engineering design and the R & D for the superconducting coils,irradiation shield are performed well towards the mission of programme.	H.Tamai M.Matsukawa G.Kurita N.Hayashi K.Urata Y.M.Miura K.Kizu K.Tsuchiya A.Morioka Y.Kudo S.Sakurai K.Masaki T.Suzuki M.Takechi Y.Kamada A.Sakasai S.Ishida K.Abe A.Ando T.Cho T.Fujii T.Fujita S.Goto K.Hananda A.Hatayama T.Hino H.Horiike N.Hosogane M.Ichimura Tsuji-Iio S.Itoh M.Katsurai M.Kikuchi A.Kohyama H.Kubo M.Kuriyama M.Matsuoka Y.Miura N.Miya T.Mizuuchi K.Nagasaki H.Ninomiya N.Nishino Y.Ogawa K.Okano T.Ozeki M.Saigusa M.Sakamoto M.Satoh M.Shimada R.Shimada M.Shimizu T.Takagi Y.Takase T.Tanabe K.Toi Y.Ueda Y.Uesugi K.Ushigusa Y.Yagi T.Yamamoto K.Yatsu K.Yoshikawa	2004	Plasma Science and Technology2004，6，1：	0

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