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Deep Cryogenic Treatment: A Bibliographic Review

机译:深低温处理:书目评论

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The use of cryogenic treatment (CT) to improve mechanical properties of materials has been developed from the end of the Sixties. At the present time, the initial mistrust about CT has been cleared up and many papers about different materials reporting laboratory tests results, microstructural investigations and hypothesis on CT strengthening mechanisms have been published. The removal of retained austenite combined with fine dispersed η-carbides precipitation have been widely observed and their effects on mechanical properties have been measured. In addition, some recent studies have pointed out a different mechanism for fatigue strengthening of stainless steels, which involves nano-martensite formation during the CT. The present paper summarizes the state of art about CT, focusing on methods, parameters, results and assumed microstructural mechanisms, in order to get a starting point for new researches to come.
机译:从六十年代末开始,人们就开始使用低温处理(CT)来改善材料的机械性能。目前,对于CT的最初疑虑已经消除,有关不同材料的许多论文均报告了实验室测试结果,微观结构研究以及关于CT增强机制的假设。广泛观察到残留奥氏体与细分散的η-碳化物沉淀相结合的去除,并测量了它们对机械性能的影响。此外,最近的一些研究指出了不锈钢增强疲劳的另一种机制,该机制涉及CT期间形成纳米马氏体。本文总结了CT的最新技术,重点介绍了方法,参数,结果和假定的微结构机理,以期为进行新的研究提供起点。

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