The comprehension of the magnetic configuration in FeCoCu nanowires with a diameter-
modulated cylindrical geometry will allow controlling the domain wall motion in this low …

Abstract Ferromagnetic (FM) Fe 3 O 4 and antiferromagnetic (AFM) Co 3 O 4 has been
alloyed to form the ferrite composition Co 3x Fe 3 (1− x) O 4 (x= 0.1, 0.3, 0.5). Three different …

In this work, we investigate theoretically the static and kinetic depinning field of a domain
wall in a notched magnetic nanostrip under the generalized framework of the Landau …

We present the results of magnetic force microscopy investigations of domain structures in
multilayer [Co (0.5 nm)/Pt (1 nm)] 5 thin film structures (denoted hereafter as Co/Pt) modified …

We report a study of interlayer exchange interaction in multilayer [Co/Pt] n/Pt/Co structures.
The structures consist of a periodic [Co/Pt] n multilayer film with a perpendicular anisotropy …

Ferromagnetic property of Co1. 5Fe1. 5O4 ferrite has been studied in a wide range of
measurement temperature and magnetic field. Grain size effect on the ferromagnetic …

Focused‐electron‐beam‐induced deposition (FEBID) is employed to create freestanding
magnetic nanostructures. By growing Fe nanopillars on top of a perpendicular magnetic …

The present work reports the structural and magnetic properties in spinel ferrite composition
around Co 2.25 Fe 0. 75 O 4 as the function of self-composite structure (ratio of two spinel …

This thesis describes research on the topic of magnetic domain-wall motion. Here, we will
provide a motivation for the work performed. We will start with a very brief introduction to the …

We report on a novel approach to establish switchable pinning of magnetic domain walls in
a nanowire with perpendicular magnetic anisotropy by a single in-plane magnetized single …