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Studying of in-vessel component materials under high power electron beam and steady-state plasma loads

机译:高功率电子束和稳态等离子体负载下的血管组件材料的研究

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摘要

Combined tests of tungsten mock-ups with thermocyclic test in the electron beam facility with the load up to 50 MW/m(2) and subsequent irradiation with steady-state plasma load up to 1 MW/m(2) in PLM device have been carried out to simulate a material degradation under loads expected in a fusion reactor. Cracks of 1-5 microns and more have been formed on the surface of the tungsten during e-beam test. Melted layer observed in the area of e-beam hot spot load. Plasma load led to a formation of nanostructured layers on the surface.
机译:用高达50mW / m(2)的电子束设施在电子束设施中具有热环试验的钨模拟的组合试验,并在PLM装置中随后用稳态等离子体负载的稳态等离子体负载辐射 进行以模拟融合反应器预期的载荷下的物质降解。 在电子束测试期间,在钨的表面上形成了1-5微米和更多的裂缝。 在电子束热点负荷面积观察到熔化层。 等离子体负载导致表面上形成纳米结构层。

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