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Ion beam mixing of Au/Fe multilayers by Ar ion implantation

机译:通过Ar离子注入实现Au / Fe多层膜的离子束混合

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Physical properties of metallic multilayers (MLs) are strongly influenced by the layer and interface structure. We have investigated the ion implantation effects on Au/Fe MLs to improve and control the physical forms. The ion implantation has been performed to [0.3 nm Fe/1.2 nm Au]/sub 180/ Au/Fe MLs with 400 and 800 keV Ar ions. The magnetization and Conversion Electron Mossbauer Spectroscopy (CEMS) measurements show the considerable changes in the physical properties by Ar ion implantation due to mixing processes. The result indicates that one can control the structural and magnetic properties of Au/Fe MLs by selecting an energy and a dose of Ar ion implantation.
机译:金属多层(MLs)的物理性能受层和界面结构的强烈影响。我们已经研究了离子注入对Au / Fe ML的影响,以改善和控制物理形式。已经用400和800 keV Ar离子对[0.3 nm Fe / 1.2 nm Au] / sub 180 / Au / Fe MLs进行了离子注入。磁化和Mossbauer电子变换光谱法(CEMS)的测量结果表明,由于混合过程,通过Ar离子注入,其物理性质发生了相当大的变化。结果表明,可以通过选择能量和剂量的Ar离子注入来控制Au / Fe MLs的结构和磁性。

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