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Nanoscale characterization and magnetic property of NiCoCu/Cu multilayer nanowires

Kuo, Q, Xinghua, L, Hong, Z, Li, W, Desheng, X, Haoli, Z, Baofan, Z, Mellors, NJ and Yong, P 2012, 'Nanoscale characterization and magnetic property of NiCoCu/Cu multilayer nanowires' , Nanotechnology, 23 (505707) .

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    Abstract

    NiCo/Cu multilayer nanowires have been successfully fabricated by a pulse electrodeposition technique using anodic aluminum oxide templates, and their chemistry, crystal structure and magnetic properties characterized at the nanoscale. It was found that each individual nanowire had a regular periodic structure. The NiCo/Cu nanowires also displayed a continuous morphology, smooth surface and polycrystalline fcc structure. EDX elemental mappings confirmed the presence of nickel, cobalt and copper, which appear clearly with a periodic distribution throughout the samples. Both the NiCo and Cu layers were polycrystalline and the average length of the interlayers between NiCo and Cu layers was approximately 3–4 nm. The NiCo/Cu nanowire arrays had an easy axis parallel to the length of wire and exhibited a curling magnetization reversal mechanism. This study highlights the basis morphological, structural and chemical information for NiCoCu/Cu multilayer nanowires, which is critical for their applications in nanodevices and nanoelectronics.

    Item Type: Article
    Uncontrolled Keywords: Nanodevices, Nanoelectronics, Nanowires
    Themes: Energy
    Schools: Colleges and Schools > College of Science & Technology
    Colleges and Schools > College of Science & Technology > School of Computing, Science and Engineering > Materials & Physics Research Centre
    Colleges and Schools > College of Science & Technology > School of Computing, Science and Engineering
    Journal or Publication Title: Nanotechnology
    Publisher: Institute of Physics
    Refereed: Yes
    ISSN: 0957-4484
    Depositing User: NJ Mellors
    Date Deposited: 11 Dec 2012 12:42
    Last Modified: 05 Feb 2014 11:29
    URI: http://usir.salford.ac.uk/id/eprint/27331

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