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FABRICATION METHODS DEVELOPMENT FOR THE KOREA TBM FIRST WALL IN THE ITER

机译:国际大韩民国第一个墙制造方法的发展

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The Republic of Korea has proposed and designed a helium cooled molten lithium (HCML) test blanket module (TBM) to be tested in the ITER. Ferritic Martensitic Steel (FMS) and beryllium are designed to be used as structural material and armor for the TBM first wall (FW) in this design, respectively. In order to develop the fabrication method for the TBM FW, the joining methods of FMS to FMS and Be to FMS have been developed with hot istotatic pressing (HIP). For joining FMS to FMS, mock-ups were fabricated with an HIP (1050 °C, 100 MPa, 2 hours). For joining Be to FMS, two mock-ups were fabricated with the same method (580 °C, 100 MPa, 2 hours) using different interlayers. Then, in order to evaluate the integrity of the fabricated mock-ups, they were tested at the high heat flux (HHF) test facilities, KoHLTs (Korea Heat Load Test) under 1.0 MW/m2 and 0.5 MW/m2 heat fluxes of up to 1000 cycles.
机译:大韩民国已经提出并设计了一种氦冷却的熔融锂(HCML)测试毯模块(TBM),该模块将在ITER中进行测试。铁素体马氏体钢(FMS)和铍被设计为分别用作该设计中TBM第一壁(FW)的结构材料和装甲。为了开发TBM FW的制造方法,已经通过热等压压制(HIP)开发了FMS到FMS和Be到FMS的连接方法。为了将FMS连接到FMS,使用HIP(1050°C,100 MPa,2小时)制造了实体模型。为了将Be加入FMS,使用相同的方法(580°C,100 MPa,2小时)使用不同的夹层制造了两个模型。然后,为了评估所制造模型的完整性,它们在高热通量(HHF)测试设备KoHLT(韩国热负荷测试)下以1.0 MW / m2和0.5 MW / m2的热通量进行了测试。到1000个周期。

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