The soft magnetic, microstructural, and magnetostrictive properties of Fe 81 Ga 19 (FeGa)
film sputter deposited onto 2.5-nm Ta, Cu, and Ni 80 Fe 20 (NiFe) underlayers were …

Artificial magnetoelectric materials possess huge potential to be utilized in the development
of energy efficient spintronic devices. In the past decade, the search for a good …

The thin film properties are often compromised but can be tuned by optimizing the growth
parameters. Galfenol (FeGa), a magnetostrictive material can be used in MEMS technology …

Laminar heterostructures composed by materials with different ferroic properties have been
proposed for the control of magnetism with an applied voltage. We present here a study of …

In this study, the impact of insulating Al 2 O 3 interlayers on the static and dynamic magnetic
properties of FeGa/NiFe multilayers was investigated. A multilayer structure consisting of ten …

An ultra-thin (∼ 2.5 nm) non-magnetic Cu underlayer was found to have a significant effect
on the microstructure, magnetic softness, and magnetostriction of sputter-deposited Fe 81 …

Voltage/electric-field control of ultrafast magnetization dynamics in magnetoelectrics
provides a novel avenue for electronic tuning with orders of magnitude less power …

This study reports an electrically modulated dc and low frequency magnetic sensor with high
sensitivity and wide bandwidth. It is based on multiferroic composites consisting of …

We present an experimental study of the magnetoelectric coupling in the Fe-Ga/Pb [(Mg 1/3
Nb 2/3⁠) O 3] 0.68-[PbTiO 3] 0.31 thin-film multiferroic composite using x-ray magnetic …

In this work, we study the magnetoelastic behavior of Fe 1− x Ga x (0.11< x< 0.19) thin films,
grown on glass and oxidized Si (100) amorphous substrates, that present an isotropic …