Energy harvesting along with the thermoelectric materials has been investigated over recent
decades with increased interest. This is not only due to their structural capability for …

Study of half-metallicity has been performed in a new series of Mn2ScZ (Z= Si, Ge and Sn)
full Heusler alloys using density functional theory with the calculation and implementation of …

A highly lattice-matched all-Heusler-alloy magnetic tunnel junction (MTJ) is proposed by
associating half metallic CoFeTiSi electrode and non-magnetic semiconductor Fe 2 TiSi …

The high throughput thermoelectric devices are considered a promising futuristic energy
source to control global warming and realize the dream of green energy and a sustainable …

Based on first-principles methods, we demonstrate that it would be possible to design
efficient all-full-Heusler-alloy-based spintronic devices associating Co 2 Mn Si electrodes …

We report the results of experimental investigations on structural, magnetic, resistivity, and
caloric properties of Fe 2 RhZ (Z= Si, Ge) along with ab initio band structure calculations …

In this study, a quaternary Heusler alloy (QHA) CoYVSn investigated employing density
functional theory (DFT) taking into account exchange potential perdew-burke-ernzerhof …

Heusler alloys fill up the demanding gaps and becomes a point of prestige due to their
interesting multi‐dimensional and remarkable applications in future technologies like …

Ab-initio framework investigation of structural stability and thermophysical behavior of two
Co-based Heusler alloys is carried out using spin-polarized calculations at high temperature …

Heusler materials demonstrate a broad range of properties usually for the vital and
prospective high-tech concerns. In the current study, we have investigated transport, elasto …