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首页> 外文期刊>Fusion Engineering and Design >The high-heat-flux test facilities in the joint stock company 'DV Efremov Institute of Electrophysical Apparatus'
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The high-heat-flux test facilities in the joint stock company 'DV Efremov Institute of Electrophysical Apparatus'

机译:股份公司“ DV Efremov电物理设备研究所”的高热通量测试设备

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摘要

The current ITER design involves beryllium and tungsten as plasma facing materials form-vessel components. Due to a high number of operating cycles and to the expected surface heat loads, thermal fatigue is one of the most damaging mechanisms for the plasma facing components (PFCs) of the ITER machine. Therefore, it is essential to perform an assessment of the behavior of PFCs under cycling heat loads to demonstrate the fitness for purpose of the selected technologies.
机译:当前的ITER设计涉及铍和钨,因为面向等离子体的材料形成了容器组件。由于工作循环次数众多以及预期的表面热负荷,热疲劳是ITER机器的面向等离子体部件(PFC)最具破坏性的机制之一。因此,有必要对循环热负荷下PFC的性能进行评估,以证明适用于所选技术的目的。

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