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非晶FeMoSiB合金机械晶化的动力学机制

DOI: 10.11858/gywlxb.2000.03.010, PP. 214-218

Keywords: 机械晶化,局域高压,局域高温

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Abstract:

研究了非晶(Fe0.99Mo0.01)78Si9B13(FMSB)合金的机械晶化过程和机制,并讨论了局域高压的作用。结果表明:非晶FMSB合金的晶化过程及其产物与球磨强度和球磨时间有密切关系,在低能球磨FMSB非晶过程中,晶化相只有α-Fe(Mo,Si)固溶体,而在高能球磨过程中,除了α-Fe(Mo,Si)固溶体结晶相之外,还分别有(Fe,Mo)3B和Fe2B相析出。其晶化机制可归因于由碰撞引起的局域高压和局域高温共同作用的结果。实验结果还表明,机械球磨不仅对非晶FMSB的常压热晶化温度有重要影响,而且对其热晶化结果亦有重要影响。

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