Metallic clusters have shown potential uses in science and technology especially in the
domain of photovoltaics, biomedical and catalysis. The noble metal based clusters like Cu …

The study of bimetallic nanoalloy clusters is of immense importance due to their diverse
applications in the field of science and engineering. A deep theoretical insight is required to …

The study of bimetallic nanoalloy clusters is of considerable interest due to its interesting
electronic, optical, magnetic and catalytic properties. The geometrical structure and …

Nano clusters of Copper sulfides (CuS) have paramount importance due to its significant
adsorption property and non-toxic behaviour. In this report, nanoalloy clusters of (CuS) n;(n …

Abstract Structure, stabilities and electronic properties of [AuSi n] λ and [Si n+ 1] λ (λ= 0,+ 1;
n= 1-12) nanoalloy clusters are studied invoking Density Functional Theory methodology. To …

Due to diverse applications in the field of science and engineering, the clusters formed
between Gold and Silicon are attractive building blocks for future nano-scale and optical …

Nanoalloy clusters formed between Au and Si are topics of great interest today from both
scientific and technological point of view. Due to its remarkable catalytic, electronic …

The electronic and optical properties of AunV (n= 1-8) nanoalloy clusters have been
investigated invoking Density Functional Theory (DFT) based descriptors. Conceptual DFT …

In this study, electronic and optical properties of AunGe (n= 1-9) nanoalloy clusters are
systematically investigated in terms of the Density Functional Theory (DFT) with the Becke …

Study based on transition metal based clusters are of large interest because of its potential
uses in photovoltaic, semiconductor fabrication and life sciences. In this work, Ag-doped Fe …