JT-60U型导流器底板的设计与制造

K. Ioki, K. Namiki, Y. Suzuki, T. Shimomura, H. Kaguchi, K. Ue, T. Ando, M. Yamamoto, Y. Neyatani, H. Ninomiya, M. Matsukawa, H. Horiike
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引用次数: 2

摘要

导流板已经为JT-60U (JAERI托卡马克-60升级)设计和制造。真空容器的底部完全覆盖有分流板。导流板在30mm宽的波段内承受20 MW/m/sup /的热负荷5 s。导流板由125个带冷却管的底板组成。每个导流器底板通过固定支架和滑动支架固定在容器壁上,以适应热膨胀差异并承受磁力。为了获得更大的等离子体体积,分流器基板被设计成占用尽可能少的空间。制造并安装在JT-60U真空容器中的导流器底板,成功地获得了较高的尺寸精度和位置精度。相邻底板的底板高度精度在0.6 mm以内
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Design and fabrication of divertor base-plate for JT-60U
The divertor plates have been designed and fabricated for JT-60U (JAERI Tokamak-60 upgrade). The bottom part of the vacuum vessel is fully covered with the divertor plates. The divertor plates are subject to a heat load of 20 MW/m/sup 2/ for 5 s in a 30-mm-wide band. The divertor plates consist of 125 base plates with cooling tubes. Each divertor base plate is held on the vessel wall by a fixed support and sliding supports in order to accommodate thermal expansion differences and withstand magnetic forces. The divertor base plates have been designed to take up as little space as possible in order to gain larger plasma volume. High dimensional and positional accuracy was obtained successfully in the divertor base plates fabricated and installed into the JT-60U vacuum vessel. The achieved accuracy of the base-plate height was within 0.6 mm for neighboring base plates.<>
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