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中国物理学会期刊

电化学沉积Fe单晶纳米线生长中的取向控制

CSTR: 32037.14.aps.54.389

Control of the preferred orientation in electrodeposited single-crystal Fe nanowires

CSTR: 32037.14.aps.54.389
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  • 利用电化学沉积方法,发现了一种能够动态地控制铁纳米线生长方向的沉积方法,利用该方法沉积了包括[110]取向,[200]取向及非晶态三种结构和取向的一维Fe纳米线阵列.对于三种纳米线阵列,测量了它们的磁特性,分析发现具有200择优取向纳米线阵列的方形度,各向异性特性和矫顽力都比110取向阵列有很大的改善.

     

    Three different_structured Fe nanowires, including preferred orientations of 110,200 and morphology nanowires,were electrodeposited by a method of changing the pH value of the aqueous bath.And the 200_preferred Fe nanowire was reported for the first time so far as we know.Magnetic properties of the three kinds of nanowires were measured by superconducting quantum interference devics(SQ UID) magnetometer.Compared with the 110 preferred nanowire array,the 200 preferred one has a high aspect ratio with improved anisotropy and coercivity.It is first time that the magnetization of Fe nanowire arrays with the crystal anis otropy and shape anisotropy in the same direction has been reported.

     

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