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三、高温、真空中的传动装置1.装置本讲以日本原子能研究所研制的现场移动式镀膜装置的样机作为具体实例。现场移动式镀膜装置是为临界等离子体试验装置(JT60)的真空容器而专门研制的。可以随时对已损坏的第一璧上的碳化钛膜进行现场镀制。第一璧基底材料由钼以及耐蚀的因科镍尔合金625构成。为防止表面杂物混入等离子体中,表面镀有一层厚20微米的碳化钛膜。碳化钛膜会由于与等离子体的相互作用而逐渐被磨损。在两年内,所有碳化钛膜几乎全被剥
Third, the high temperature, the vacuum transmission 1 device This talk about the Japan Institute of Atomic Energy mobile spot coating device prototype as a concrete example. The on-site mobile coating unit was specially developed for the vacuum chamber of a critical plasma test apparatus (JT60). The damaged titanium carbide film on the first wall can be plated at any time. The first base material consists of molybdenum and a corrosion-resistant Inconel 625 alloy. In order to prevent surface debris mixed into the plasma, the surface is plated with a layer of 20μm thick titanium carbide film. Titanium carbide films will gradually wear out due to interaction with the plasma. Within two years, almost all titanium carbide films were stripped