We have performed ab initio calculations for the structural, electronic, optical, elastic and
thermal properties of the silver gallium dichalcogenides (AgGaX 2: X= S, Se, Te). In this …

We have performed ab-initio calculations for the structural, electronic, optical, elastic and
thermal properties of the copper gallium chalcopyrite (CuGaSe 2). The Full Potential …

First principles calculations for the structural, electronic, optical, elastic and thermal
properties of the silver indium dichalcogenides (AgInX 2: X= S and Se) have been reported …

We have performed ab initio calculations for the structural, elastic and thermal properties of
the copper indium dichalcogenides (CuInX 2: X= S, Se, Te). We have used the full potential …

The first principles calculations were performed by the linearized augmented plane wave
(LAPW) method as implemented in the WIEN2K code within the density functional theory to …

The ab-initio calculations for the structural, electronic, optical, elastic and thermal properties
of Ag-chalcopyrites (AgAlX 2: X= S and Se) have been reported using the full potential …

We have performed ab initio calculations for the structural, electronic, optical, elastic and
thermal properties of CuGaTe 2. In this study, we used an accurate full potential linearized …

We report first principles calculations of solid state properties of ZnSiAs 2 and ZnGeAs 2
chalcopyrite semiconductors. The structural properties are calculated using a Full Potential …

In this study, we have presented the solid-state theory of plasma oscillations to investigate
the anisotropic elastic properties such as three independent static elastic stiffness constants …

The authors have performed ab‐initio calculations for the structural, electronic, optical,
elastic and thermal properties of the copper–gallium disulphide (CuGaS2). The accurate full …