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最近正在不断盛行利用斯皮诺德尔分解开发高性能合金的研究。材料经均匀高温状态的急冷以后,就具备了状态图中的2相共存区域,当再时效过饱和固溶体就发生相分解。结果材料的机械性能以及物理化学性能受到很大影响。斯皮诺德尔分解是一种与所谓的核形成长大机制相并列的相分解机构。通过这种分解可以形成非常均匀而精细的结构,从而发现可获得许多优良的性能。过去斯皮诺德尔分解在高分子和玻璃研究者中间是一种很有兴趣的研究课
Recently, the research on using Spinauer decomposition to develop high-performance alloys has been continuously carried out. After the material is quenched at a uniform high temperature, the two phases coexist in the state diagram, and phase decomposition occurs when the solid solution is re-aged. Results The mechanical properties and physico-chemical properties of the material are greatly affected. Spinozolysis is a phase decomposition mechanism that is tied to the so-called nuclear formation and growth mechanism. By this decomposition, a very uniform and fine structure can be formed, and it is found that many excellent properties are obtained. Spinoff decomposition in the past is a very interesting research class among polymer and glass researchers