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EU R&D on the ITER First Wall

机译:欧盟在ITER第一墙上的研发

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This paper presents the last results obtained in the ITER First Wall (FW) development work programme performed in Europe on beryllium (Be), copper (Cu) alloys and 316L(N) stainless steel (SS) joining by Hot Isostatic Pressing (HIPping). It reports first the performances under high heat flux testing of CuCrZr/316L(N) SS mock-ups and compares them with those obtained earlier with CuA125/316L(N) SS mock-ups. It reports then the results of the last developments done on Be/Cu alloy HIPped joints. In particular it presents the results of high heat flux testing of Be/CuCrZr FW mock-ups and compares them with those obtained earlier with Be/CuA125 FW mock-ups. It gives the status of on-going thermal fatigue tests of Be/Cu alloy FW mock-ups and presents the result of a neutron irradiation experiment performed on Be/CuA125 mock-ups. The results obtained so far with FW mock-ups made from CuCrZr alloys have exceeded those obtained earlier with CuA125 alloys.
机译:本文介绍了在欧洲通过热等静压(HIPping)连接的铍(Be),铜(Cu)合金和316L(N)不锈钢(SS)在ITER First Wall(FW)开发工作计划中获得的最新结果。 。它首先报告了在高热通量测试下CuCrZr / 316L(N)SS样机的性能,并将其与之前使用CuA125 / 316L(N)SS样机获得的性能进行了比较。然后报告铍/铜合金HIPped接头最新开发的结果。特别是,它提供了Be / CuCrZr FW模型的高热通量测试结果,并将其与早期使用Be / CuA125 FW模型的结果进行了比较。它给出了Be / Cu合金FW模型的正在进行的热疲劳测试的状态,并给出了在Be / CuA125模型上进行的中子辐照实验的结果。迄今为止,使用CuCrZr合金制成的FW模型的结果已经超过了先前使用CuA125合金获得的结果。

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