Electrodeposition is considered as an easy and cost effective technique for preparation of
alloy coating. A wide variety of properties for coatings can be achieved by selecting different …

We perform a systematic study based on micromagnetic simulations of the demagnetization
process for cylindrical nanowires with different crystalline structure. These simulations …

This chapter reviews micromagnetic simulations of cylindrical magnetic nanowires and their
ordered arrays. It starts with a description of the theoretical background of micromagnetism …

The electrodeposition of NiFe nanowires-with the length∼ 3.0 μm and diameter 200 nm-
using the porous anodized aluminum oxide (AAO) templates on the sputtered Au-back …

The magnetocaloric response of an ensemble of oriented uniaxial magnetic objects,
perpendicularly magnetized to their easy axes, for temperatures close to the blocking …

The temperature-dependent electro-and magneto-transport properties of a single nickel-rich
CoNi alloy nanowire (∼ 200 nm in diameter) bridging microfabricated gold electrodes were …

The diameter dependent magnetoresistance of a single Ni nanowire (ie 200 and 30 nm
diameter) bridging microfabricated Ni electrodes was investigated at temperatures ranging …

The magnetic properties of arrays of nanowires (NWs) and nanotubes (NTs), 150 nm in
diameter, electrodeposited inside nanoporous polycarbonate membranes are investigated …

One of the main concerns in the preparation of alloy nanowires is the ability to synthesize
compositionally uniform nanowires along the axis. Since most of the conventional mild …

Two series of self-organized hexagonal arrays of uniaxial Permalloy nanowires are grown
by electroplating, filling of nanopores in anodic alumina films. Nanowires with periodicities of …