Abstract Ultrathin Si (100)/Ta/Ni 80 Fe 20/Ir 20 Mn 80/Ta heterostructure deposited by
oblique incidence in a confocal magnetron sputtering exhibits an unexpected exchange bias …

Abstract FM (ferromagnetic)/AF (antiferromagnetic) heterogeneous multilayer films, with high-
saturation magnetization (4π M s), low coercivity (H c), and low ferromagnetic resonance …

The precise engineering of microwave absorption frequencies is of paramount importance in
the advancement of spintronic-based RF devices. In the pursuit of this objective, magnetic …

We demonstrate how the configuration and magnitude of a magnetic field, applied during
magnetron sputtering of a NiFe/IrMn bilayer, influence the magnetic properties of the …

We report the rotatable anisotropy in three magnetic film systems, including in-plane
magnetized FeNi film, FeNi/FeMn bilayer and FeNi stripe domains (SDs) structure film …

Ferromagnetic resonance (FMR) linewidth (LW) is a tool for studying the high frequency
properties of magnetic materials for their application in high-speed devices. Here, we …

We investigate the modifications of the exchange bias, effective ferromagnet-
antiferromagnet (FM-AFM) coupling, and coercivity in annealed or ion-irradiated Ir …

The magnetooptical (MO) response of Ru/Py/Ta thin film stacks with 4, 8, and 17 nm thick Ni
81 Fe 19 permalloy (Py) films on a SiO 2/Si and a ZnO substrate was measured by vector …

We demonstrate magnetization reversal features in NiFe/IrMn/NiFe thin-film structures with
40% and 75% relative content of Ni in Permalloy in the temperature range from 80 K to 300 …

Trilayer thin-film magnetic structures NiFe/IrMn/NiFe obtained by DC magnetron sputtering
in the presence of a constant magnetic field 420 Oe were investigated by ferromagnetic …