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首页> 外文期刊>Journal of Nuclear Materials: Materials Aspects of Fission and Fusion >Microstructural examination of V-(Fe or Cr)-Ti alloys after thermal-creep or irradiation-creep tests
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Microstructural examination of V-(Fe or Cr)-Ti alloys after thermal-creep or irradiation-creep tests

机译:热蠕变或辐照蠕变测试后的V-(Fe或Cr)-Ti合金的显微组织检查

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摘要

Microstructural examinations have been performed on irradiation-creep and thermal-creep pressurized tube specimens of V-3Fe-4Ti-0.1Si in order to understand failure and creep mechanisms. There are no typical microstructural differences between unstressed and pressurized creep tube specimens irradiated in ATR-A1 in the irradiation temperature regime from 212 to 300 degrees C. Failed thermal creep specimens show dislocation structures dependent on the tube specimen geometry. This can be interpreted in terms of a large number of slip dislocations oriented for optimum slip. (c) 2005 Elsevier B.V. All rights reserved.
机译:为了了解破坏和蠕变机理,已经对V-3Fe-4Ti-0.1Si的辐照蠕变和热蠕变加压试管进行了微结构检查。在从212到300摄氏度的辐照温度范围内,在ATR-A1中辐照的无应力蠕变试管样品和加压蠕变试管样品之间没有典型的微观结构差异。失效的热蠕变样品显示出取决于试管几何形状的位错结构。这可以根据为获得最佳滑移而定向的大量滑移错位来解释。 (c)2005 Elsevier B.V.保留所有权利。

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