Heusler compounds are a large group of intermetallic compositions with versatile material
properties. In recent times, they are found to be important for their practical applications in …

In this study, we optimized the SOT-MRAM structure and extensively investigated the
corresponding SOT switching properties. A wafer-level statistical study of the SOT switching …

Abstract Although Fe 2 CrAl ternary alloy is a promising high temperature material, the
oxidation mechanism of Fe 2 CrAl is unknown. To solve the problem, here, we apply the first …

Using the first-principles density functional calculations, the structural, electronic and
magnetic properties of the Fe 2 XAl (X= Cr, Mn, Ni) compounds in both the Hg 2 CuTi and …

Obtaining Heusler alloys at the nanoscale with good crystallographic features is appealing
for a large range of technological applications, from biomedical to spintronics devices. In …

We have successfully grown nanoscale Fe 2 CrAl thin films on polished Si/SiO 2 substrates
using an ultra-high vacuum deposition with a base pressure of 9× 10− 10 Torr. The …

The structural and magnetic properties of disordered Fe 2 CrAl intermetallic thin film
obtained from thermal annealing of [Al 17 Å/57 Fe 25 Å/Cr 13 Å] x20 multilayer have been …

In this paper, Fe 2∼ 3 N films were fabricated on GaN substrates. Two intriguing electronic
properties are found:(1) The Fe 2∼ 3 N films show extremely low resistivity that belongs to …