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Collective spin waves in high-density two-dimensional arrays of FeCo nanowires

机译:FeCo纳米线的高密度二维阵列中的集体自旋波

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摘要

Brillouin measurements have been made of the spin dynamics of high-density two-dimensional hexagonally ordered 20 nm diameter Fe48Co52 nanowire arrays, with various interwire spacings, as a function of longitudinal magnetic field. The experimental data are analyzed within the Arias-Mills theory based on interwire dipolar couplings in the arrays. The results provide conclusive evidence of collective spin waves arising from the dipolar coupling which is manifested as a reduction in spin wave frequency with decreasing interwire spacing.
机译:根据纵向磁场,已经对具有各种线间距的高密度二维六边形有序20毫米直径Fe48Co52纳米线阵列的自旋动力学进行了布里渊测量。基于阵列中线间偶极耦合,在Arias-Mills理论内分析了实验数据。结果提供了由偶极耦合产生的集体自旋波的确凿证据,这表现为自旋波频率随着导线间距的减小而降低。

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