Magnetization reversal mechanism and stable remanent states of truncated conical
nanowire of high aspect ratio are examined using micromagnetic simulation tool. The length …

The direct integration of 1D magnetic nanostructures into electronic circuits is crucial for
realizing their great potential as components in magnetic storage, logical devices, and …

This work contributes to the understanding of angular dependence of the magnetic
properties of Permalloy nanowire arrays by means of a comparative analysis between …

CoFeIn Magnetic alloy nanowire arrays with controlled composition were grown into the
AAO template as novel nanowires. The influence of composition, annealing temperature …

Exact measurement of coercivity in thin magnetic films is of high importance for sensor
industry. In exchange biased multilayers, incorporated in magnetoresistive sensors …

We have investigated the magnetization reversal mechanism and dynamic behaviour of 90
nm wide permalloy nanowires patterned over a large area as a function of thickness (t) in the …

In this work, the application of a hybrid artificial neural network and genetic algorithm is
proposed for prediction of hysteresis loop and magnetic properties of Fe-48Ni permalloy as …

We have investigated the magnetic properties of 14 nm thick and 1 μm long nickel and
permalloy nanotubes with external diameters of 40 and 100 nm as a function of the angle θ …

The inter-strand contact resistance and AC losses were measured on an International
Thermonuclear Experimental Reactor (ITER) poloidal field (PF) coil joint in a parallel applied …

In this work, we have theoretically explored the spin-waves modes that can be excited in
cylindrical nanostructures with wire-tube morphology. Using micromagnetic simulations, we …