The magnesium based spinel chalcogenides are outstanding materials for spintronic
technology and energy applications. Herein, the modified Becke Johnson potential (TB …

Highly-accurate computational predictions of suitable thermoelectric materials have sparked
interest in discovering new Zintl phases. We report a detailed first-principles study to …

For leading spintronic technology, the significance of rare earth in the spinels chalcogenide
MgCe 2 Z 4 (Z= S, Se) has been investigated. Wein2K and BoltzTraP program packages are …

The structural, electronic, magnetic, optical, and thermoelectric (TE) features of X 2 CdS 4
(X​=​ Dy, Tm) spinels are investigated by using the full potential linearized augmented …

Spinel chalcogenides have great potential for optoelectronic and thermoelectric applications
and therefore received huge attention in recent years. In this regard, here we investigate the …

Spintronics is the new emerging field that recasts the modern information technology using
electron spin along with its charge. Various spintronic devices have been under research for …

Abstract The spinel A 2 MgS 4 (A= Sm, Tb) sulfides were analyzed by first-principle using the
WIEN2k software based on density functional theory (DFT). Dynamic stability has been …

Spintronic is the emerging technology for next generation electronic devices that can
improve memory and computing capability by use of electrons spin degree of freedom. The …

Mixed transition metals and their oxides have gained a myriad of research interests because
of their wide applications in electronics, magnetism, and electrochemical energy storage …

We investigated spinel chalcogenides HgLa 2 (S/Se) 4 by using density function theory, and
scrutinized the structural, optical, electrical, mechanical and thermoelectric transport …