Herein, the calcium based ternary spinel oxides CaX 2 O 4 (X​=​ In, Gd) are brought under
theoretical investigation to study their structural, magnetic, opto-electronic, and …

Herein, the geometrical, magnetic, optoelectronic, thermoelectric features of K 2 LiMoX 6 (X=
Br, I) have been simulated by DFT. The FP-LAPW approach is employed via Wien2k …

In the present study, the ferromagnetic semiconductor behavior of Mn doped BaTe is
reported along with their physical properties. The calculations are done by full potential …

In present work, the magnetic and optoelectronic features of Be 1-x V x Se (x= 6.25%,
12.5%, 18.75%, 25%) alloys are explored utilizing full potential linearized augmented plane …

The incorporation of magnetism to a solid material may drastically alter its electrical transport
behavior, providing a way to modify the magneto-optoelectronic and thermoelectric features …

From past few decades, an intensive experimental and theoretical work is done on an
emergent group of compounds which is recognized as the dilute magnetic semiconductors …

Herein, the optical, electronic and magnetic properties of Mg 1-x Mn x S alloys are computed
by employing density functional theory. The full-potential linearized augmented plane wave …

Herein, the structural, electronic, magnetic and optical features of Sr 1-x Co x Te alloys are
investigated by using first-principles calculations. Stability of alloys is confirmed by the …

Herein, the magneto-electronic and optical features of Nb-doped Beryllium telluride (Be 1− x
Nb x Te) have been computed using first-principles calculations. In electronic characteristics …

In the current decades, HMF compounds gained attention due to their efficient performance
in optoelectronic and spintronic devices. Such materials display 100% spinpolarization as …