Manipulation of exchange bias (EB) via spin-current-induced spin–orbit torque (SOT) is of
great importance in develo** full electric control spintronic devices. Here, we report on …

The investigation and tunning of positive exchange bias (PEB) and negative exchange bias
(NEB) are reported at room temperature (RT) and low temperature (20 K), respectively, in a …

We report the fabrication of nanoparticle-integrated spin-valve system and investigate its
magnetic properties and magnetotransport behaviors. Using a modified interfacial self …

The interdependence between training and magnetization reversal in granular Co-CoO
exchange bias (EB) systems prepared by O ion implantation in Co thin films is demonstrated …

This study reports the growth and investigation of (001)-oriented MnN/Fe thin films on the W
buffer layer, focusing on detailed exchange bias (EB) studies, including thermal evolution …

Manipulation of exchange bias with electric field is appealing to boost energy efficiency in
spintronic devices. Here, this effect is shown at room temperature in Ir 20 Mn 80/Fe 80 Ga …

The low-temperature magnetic behavior of granular Co-CoO exchange bias systems,
prepared by oxygen ion implantation in Co thin films and subsequent annealing, is …

The motion of antiferromagnetic interfacial spins is investigated through the temperature
evolution of training effect in a Co/CoO film with in-plane biaxial anisotropy. Significant …

We present a remarkable enhancement by 300% of the exchange-bias field at room
temperature, without affecting the coercivity value, via optimum magnetic annealing (250 C/3 …

A significant exchange bias (EB) training effect has been observed in sputter deposited
FeAu/FeNi bilayers, wherein the exchange field (HE) exhibits a special sign-changeable …