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Low-Dimensional Magnetic Systems in Nanopore Arrays

机译:纳米孔阵列中的低维磁系统

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摘要

FeCo nanowires 20 nm diameter are synthesized by AC electrodeposition using AAO membranes as templates. The hysteresis and structural properties of the as deposited nanowire arrays are characterized. The orientation dependence of the coercive field measured in the array is compared with the predictions of a magnetization reversal model involving the nucleation and propagation of a transverse wall. The model is promissory because it predicts the experimental curve shape quite well.
机译:以AAO膜为模板,通过交流电沉积法合成了直径为20 nm的FeCo纳米线。表征了所沉积的纳米线阵列的磁滞和结构特性。将阵列中测得的矫顽场的取向依赖性与涉及横向壁的形核和传播的磁化反转模型的预测进行了比较。该模型具有优势,因为它可以很好地预测实验曲线的形状。

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