First-principle calculations have been carried out on the structural, electronic, elastic, and
phonon properties of the full-Heusler alloys X 2 YAl (X= Co, Fe and Y= Cr, Sc). The …

The crystal structures, spontaneous magnetic moment, Is, and the Curie temperature, TC, of
Fe2CrAl and Fe2CrGa Heusler alloys were investigated. Single phases of A2, B2 and L21 …

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 …

First-principle calculations based on generalized gradient approximation and quasi-
harmonic Debye model were executed to analyze the structural, magnetic, elastic, phonon …

Magnetic cooling is an environmentally friendly, energy efficient, thermal management
technology relying on high performance magnetocaloric materials (MCM). Current research …

Low-cost, earth-abundant magnetocaloric materials (MCMs) are required for energy-
efficient, green, and affordable magnetic cooling technology. We investigated the magnetic …

Heusler alloys possess the structure of an ordered compound while displaying most of the
properties of metals. Numerous magnetic exchange mechanisms may be operating in such …

Preliminary results on magnetic and transport properties of a thin film of disordered Fe2CrAl
deposited on (111) Si by pulsed laser deposition is reported in this study. While the bulk arc …

First principles calculation for the energies and magnetic moments of Fe 2 CrAl with various
structures has been carried out. The contradiction between theoretical and experimental …

Abstract Nanostructured Fe 2 CrAl has been prepared by mechanical alloying using a high
energy ball mill. The structural and magnetic properties of the as-milled and mechanically …