The main magnetic characteristics regarding the domain structure and magnetization
processes (axial, circular and Matteucci and inverse Wiedemann effects) of amorphous …

The basic physical and magnetic properties of Fe and Co based amorphous wires are
summarised, together with post-production treatments used to modify the properties of the as …

The most outstanding property of amorphous wires is their capability to magnetized through
a single Barkhausen jump giving rise to squared hysteresis loop. This phenomenon is …

The most relevant aspects of magnetic amorphous microwires are collected in this chapter
from production and processing methods to micromagnetic magnetization reversal …

Bistable behavior occurs in highly magnetostrictive amorphous wires due to the presence of
an inner core where magnetization is roughly aligned with the wire axis. In this work, the …

The bistable amorphous Co-and Fe-based soft magnetic materials are considered in the
framework of both their remagnetization process and possible applications. The origin of a …

Amorphous wires are prepared by the in-water quenching technique. This procedure gives
rise to local magnetoelastic anisotropies arising from the coupling between frozen-m internal …

The development and deployment of giant magnetoimpedance (GMI) sensors have been
significantly hampered by their limited sensitivity to weak magnetic fields and pronounced …

Magnetization reversal induced by a circular magnetic field has been studied using the
magneto-optical Kerr effect in magnetic microwires. The visualization of the classical effect of …

We study the mechanism of domain wall depinning and propagation in Fe 77.5 Si 7.5 B 15
amorphous glass-covered microwires. These samples are ferromagnetic and spontaneously …