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AC Field Assisted Magnetization Reversal in Ferromagnetic Thin Films

机译:铁磁薄膜中的交流磁场辅助磁化反转

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Although the effects of high frequency electromagnetic wave on magnetization reversal are extensively studied, the influence of low frequency ac field on magnetization reversal is seldom studied. In this research, the magnetoresistance measurement is performed to study the switching field variation under ac fields of frequencies 25 kHz, 405 kHz, and 750 kHz applied in different directions with respect to ferromagnetic elliptical thin films. It can be observed that the switching fields of the ellipses subject to in-plane ac fields are reduced significantly compared to the case without ac field, the reduction of the switching field can be up to 17% in this experiment. However, the switching fields of the ellipses subject to out-of-plane ac fields are not reduced compared to the case without ac field.
机译:尽管已经广泛研究了高频电磁波对磁化强度反转的影响,但很少研究低频交流磁场对磁化强度反转的影响。在这项研究中,进行磁阻测量以研究相对于铁磁椭圆形薄膜在不同方向施加的25 kHz,405 kHz和750 kHz频率的交流场下的开关场变化。可以观察到,与没有交流场的情况相比,面内交流场所引起的椭圆的切换场显着减小,在该实验中,切换场的减小可高达17%。但是,与没有交流场的情况相比,受到面外交流场的椭圆的切换场没有减少。

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