Exploring new materials with interesting physical properties plays a vital role in the
development of modern technologies. Herein, using density functional theory based first …

Having ferromagnetism capabilities and energy storage capacity, CaV 2 S 4 and CaMn 2 S
4 spinels are interesting materials owing to their potential applications in spintronics …

The half-metallic ferromagnets are likely materials to the spintronics systems for the next
generation electronic devices. Among the half-metallic ferromagnetic materials, the …

Thermoelectric materials may contribute in the near future as new alternative sources of
sustainable energy. The capability of Heusler alloys to provide the intriguing concerns …

The quaternary Heusler alloys with composition LiAEFeSb have been studied in this
manuscript (AE= Alkaline Earth elements Be, Mg, Ca, Sr and Ba) for their potential …

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 …

Non-toxicity, ecosystem stability, and distinct performance are the reasons to make halide-
based perovskites suitable for solar and thermoelectric purposes. This paper studied elastic …

Thermoelectric devices have tendency to generate electric power by renovating waste heat.
Semiconducting materials are the hunt for thermoelectric technology. We have traced the …

Perovskite-like oxide with the general formula LaCu 0.5 Mn 0.5 O 3–δ (LCMO) was
synthesized via the combustion of organo-metallic precursors. X-ray powder diffraction and …