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Local Structure Study of spinodal decomposition in Copper-Nickel-Tin alloy using EXAFS

机译:铝合金铜镍锡合金纺丝岩分解的局部结构研究

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Ternary copper-nickel-tin (CuNiSn) alloy shows spinodal decomposition by controlled heat treatment. Mixing of Tin(Sn) in very low quantity in Copper Nickel alloy gives rise to spinodal decomposition at moderate temperature and very less time. To detect the two separate phases in spinodal decomposition, Extended X-ray Absorption Fine Structure (EXAFS) measurement is used. In the present manuscript, EXAFS study at both Copper and Nickel K-edges on a set of Copper-Nickel-Tin alloy (CuNiSn) samples prepared with time dependent heat treatment for spinodal decomposition is presented.
机译:三元铜 - 镍 - 锡(CUNISN)合金显示通过受控热处理的旋趾分解。在铜镍合金中非常低量的锡(Sn)的混合在中等温度下产生纺丝镜分解,并且非常较少。为了检测三个单独的晶片分解中的相位,使用延长的X射线吸收细结构(EXAFS)测量。在本发明的稿件中,提出了在一组铜 - 镍锡合金(Cunisn)样品上的铜和镍K边缘的EXAFS研究,随着时间依赖性的热处理进行旋光膜分解。

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