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Electrodeposition of Ferromagnetic Metal Nanowires

机译:铁磁金属纳米线的电沉积

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摘要

Ni-Fe alloy films and nanowires were fabricated using electrodeposition technique. The cylindrical shape of nanowires was precisely transferred from the nanochannels of membrane filters and the aspect ratio reached to around 60. Coercive force in in-plan direction of Ni-Fe alloy films decreased to ca. 1 Oe with increasing Fe content in deposits while, in perpendicular direction, the films were hardly magnetized. Magnetic hysteresis loops revealed that the nanowires were spontaneously magnetized to the long axis direction and the coercive force reached to ca. 200 Oe.
机译:使用电沉积技术制造Ni-Fe合金薄膜和纳米线。纳米线的圆柱形形状从膜过滤器的纳米烷基烷基中精确转移,纵向比达到约60.镍氢化合物薄膜的平面方向的矫顽力降低至CA. 1 OE随着沉积物的增加而增加,而在垂直方向上,薄膜几乎没有磁化。磁滞回路显示,纳米线被自发地磁化为长轴方向,并且施用力达到CA. 200 OE。

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