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Fracture toughness investigations of tungsten alloys and SPD tungsten alloys

机译:钨合金和SPD钨合金的断裂韧性研究

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Three different tungsten alloys (pure W, a lanthanum-oxide dispersion strengthened W-alloy - WL10 and a potassium doped tungsten alloy - WVM) in different fabrication conditions (sintered and rolled rods) were tested to characterize their fracture behaviour at different temperatures (from - 196 to 800 degrees C). Additionally severe plastic deformed tungsten alloys were produced. It is shown that an ultra fine grained microstructure with a diameter of about 300 nm is able to decrease the brittleness at room temperature significantly. Such W-alloys are very attractive candidate materials for fusion applications. (c) 2007 Published by Elsevier B.V.
机译:测试了三种不同钨合金(纯W,氧化镧弥散强化钨合金-WL10和掺钾钨合金-WVM)在不同制造条件(烧结和轧制棒)下的特性,以表征它们在不同温度下的断裂行为(从-196至800摄氏度)。另外,产生了严重的塑性变形钨合金。结果表明,具有约300nm直径的超细晶粒组织能够显着降低室温下的脆性。这种钨合金是用于融合应用的非常有吸引力的候选材料。 (c)2007年由Elsevier B.V.

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