Assessment of error field from ferromagnetic surrounding of ITER tokamak: ferromagnetic rebar of tokamak complex building

V. Amoskov, A. Belov, V. Belyakov, Y. Gribov, V. Kukhtin, E. Lamzin, N. Maximenkova, S. Sytchevsky
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引用次数: 8

Abstract

Error fields produced by the ferromagnetic rebar of the building of the ITER tokamak complex have been studied. It is shown that the ‘3-mode’ error field produced by the global asymmetry of the building is about 2×10−6 of the toroidal magnetic field. Analysis of error fields caused by local asymmetry of the ferromagnetic elements was performed for the one nearest to the tokamak ferromagnetic structure, bioshield. It was shown that the bioshield produces an error field less than 10−5 of the toroidal magnetic field. Such error fields are acceptable.
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ITER托卡马克铁磁环境的误差场评估:托卡马克建筑群的铁磁钢筋
对ITER托卡马克复合体建筑的铁磁钢筋产生的误差场进行了研究。结果表明,建筑物的全局不对称性产生的“三模”误差场约为环向磁场的2×10−6。以离托卡马克铁磁结构最近的生物盾为例,分析了铁磁元件局部不对称引起的误差场。结果表明,生物屏蔽体产生的磁场误差小于环向磁场的10−5。这样的错误字段是可以接受的。
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Plasma Devices and Operations
Plasma Devices and Operations 物理-核科学技术
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