Geometry Dependent Magnetic Properties of Ni Nanowires Embedded in Self-Assembled Arrays
- Samardak, A.S.
- Sukovatitsina, E.V.
- Ognev, A.V.
- Chebotkevich, L.A.
- Mahmoodi, R.
- Hosseini, M.G.
- Peighambari, S.M.
- Nasirpouri, F.
Publication date
December 2011
DOI Publisher
Published by Elsevier B.V. ISSN
1875-3892 Citation count (estimate)
3Abstract
AbstractWereporton magnetic properties (coercive force and remanencesquareness) of Ni nanowire arrays embedded in self- assembled alumina templates with pore diameters of 20 and 40nm. We study magnetic behavior of nanowires both theoretically and experimentally in configurations when an external magnetic field is rotated in-plane and out-of- plane of the sample substrates. Spatial distribution dependent in-plane magnetic anisotropy behavior of the Ni nanowires is explained
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