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Formation of Supersaturated Fe-Li Solid Solution by Mechanical Alloying

机译:机械合金化形成过饱和Fe-Li固溶体

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The mechanical alloying of Li with three kinds of Fe powders was performed under various milling conditions. Only in the case of using one kind of Fe powder among three, the formation of Fe-Li supersaturated solid solution was confirmed by X-ray diffraction after 10 h milling. The detailed investigation by Moessbauer spectroscopy and saturation magnetization measurement supports the result. XPS (X-ray photo-electron spectroscopy) measurements were also performed to investigate the surface chemistry of samples. The existence of oxide plays an important role in effective promoting of mechanical alloying in this system.
机译:Li与三种Fe粉的机械合金化是在各种研磨条件下进行的。仅在使用三种中的一种铁粉的情况下,在研磨10小时后,通过X射线衍射可以确认形成了Fe-Li过饱和固溶体。 Moessbauer光谱学和饱和磁化强度测量的详细研究支持了这一结果。还进行了XPS(X射线光电子能谱)测量,以研究样品的表面化学性质。氧化物的存在在该系统中有效促进机械合金化中起重要作用。

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