Magnetic behaviors of arrays of Co-Ni-P nanorod: Effects of applied magnetic field
The
Co-Ni-P nanorods were fabricated by electrodeposition method by using the
porous polycarbonate template.
The
investigation by mean of X-ray diffraction and high-resolution transmission
electron microscopy indicated that samples were nanocrystalline clusters
embedded in the amorphous base.
The
samples exhibited a room temperature ferromagnetism with the high magnetic
anisotropy along the rod.
The
applied magnetic fields during the fabrication of the Co-Ni-P nanorods was
strongly influenced by the magnetic properties. The MR/MS ratio and coercivity
rapidly increased when the magnetic applied field changed from 0 to 0.21 T.
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