In this study, we investigate the magnetic properties of interconnected permalloy nanowire
networks using micromagnetic simulations. The effects of interconnectivity on the hysteresis …

We present a theory to describe the equilibrium states and nucleation phenomena in
ferromagnetic tubular nanostructures. We show that, in a broad range of geometrical …

Using an optimally coupled nanometer-scale SQUID, we measure the magnetic flux
originating from<? format?> an individual ferromagnetic Ni nanotube attached to a Si …

Anodic alumina membranes with modulated pore diameters serve as template for the
preparation of magnetic nanowires. Filling the pores with Ni by electrodeposition delivers …

A comparative study of the magnetic properties of the arrays of Co nanowires and
nanotubes with large external diameters (180 nm) has been carried out. The …

Well-aligned Ni and Co-NiO-Ni core-shell nanotube arrays with an average outer diameter
of about 200 nm have been synthesized in a porous anodic aluminum oxide (AAO) template …

The dipolar interaction field in arrays of nickel nanotubes has been investigated on the basis
of expressions derived from the effective demagnetizing field of the assembly as well as …

Micromagnetic simulations have been performed to obtain the dynamic susceptibility spectra
of 4× 4 cobalt nanowire arrays with different spatial configurations and geometries. The …

We investigate the magnetization reversal mechanism in an individual permalloy (Py)
nanotube (NT) using a hybrid magnetometer consisting of a nanometer-scale SQUID …

The influence of interparticle interaction on the processes of magnetization reversal is
considered for an ensemble of oriented Stoner–Wohlfarth nanoparticles. This is done …