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Overview of the TBM R&D activities in Japan

机译:日本的TBM研发活动概述

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In Japan, development of Water Cooled Ceramic Breeder (WCCB) blanket is being performed as the primary candidate of Test Blanket Module (TBM) toward DEMO. Also development of high temperature Li-Pb blanket, Li/V blanket and Flibe blanket are being performed toward the advanced DEMO blanket. Regarding the WCCB TBM development, real scale First Wall (FW) was fabricated using Reduced Activation Ferritic Martensitic Steel (RAFMS), F82H and successfully tested by heat flux equivalent to ITERTBM condition, 0.5 MW/m~2,80 cycles with the same coolant condition as DEMO. Also, real scale Side Wall (SW) and real scale breeder pebble bed structure are successfully fabricated. Furthermore, asemmbling test of the real scale FW plate mockup and SW plate mockup was performed to clarify the welding condition to form TBM box structure. All key technologies of blanket module fabrication has been addressed and almost achieved toward TBM. Regarding the development of liquid breeder blankets, all key technologies, such as, material compatibility and mass transfer, tritium recovery performance, insulation coating development, were covered, by using elementary experiments to convection loops of Li-Pb, Li and Flibe. High temperature heat exchange test up to 900℃ has been initiated by using Li-Pb test loop.
机译:在日本,水冷陶瓷育种机(WCCB)毯的开发正作为DEMO的测试毯模块(TBM)的主要候选产品。高温锂铅毯,锂/钒毯和氟利布毯的开发也正在朝着先进的DEMO毯发展。关于WCCB TBM的开发,使用减活化铁素体马氏体钢(RAFMS)F82H制作了真实尺寸的第一壁(FW),并通过等同于ITERTBM的热通量在0.5 MW / m〜2,80循环下使用相同的冷却剂成功进行了测试条件为DEMO。此外,成功制作了真实比例的侧壁(SW)和真实比例的种卵石床结构。此外,还进行了实尺FW板样板和SW板样板的脱模试验,以弄清形成TBM箱形结构的焊接条件。覆盖模块制造的所有关键技术都已针对TBM解决,并且几乎实现了。关于液体育种毯的开发,通过对Li-Pb,Li和Flibe的对流回路进行基础实验,涵盖了所有关键技术,例如材料相容性和传质,tri回收性能,绝缘涂层的开发。使用Li-Pb测试回路启动了高达900℃的高温热交换测试。

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