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Edge state of nanoscale magnetic tunnel junctions investigated by spin-wave resonance

机译:通过旋转波共振研究的纳米级磁隧道结的边缘状态

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Magnetic state of pattern edge of nanoscale magnetic tunnel junctions (MTJs) affects their performance and its sensitive detection is highly demanded. In this work, we investigate the condition of the pattern edge using spin-wave resonance. We observed a distinctly different behavior in spin-wave resonance between two types of perpendicular CoFeB/MgO MTJs having different edge conditions.) The results were reproduced by an analytical model considering different boundary conditions (fixed or free) and exchange stiffness.
机译:纳米级磁隧道结(MTJs)图案边缘的磁能影响它们的性能,并且敏感的检测是非常需要的。在这项工作中,我们研究了使用旋转波共振的图案边缘的状况。我们在具有不同边缘条件的两种类型的垂直CoFeB / MgO MTJ之间观察到旋转波共振的明显不同的行为。)通过考虑不同的边界条件(固定或自由)和交换刚度,通过分析模型再现结果。

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