Extensive researches carried out on chalcogenide based thin films have shown that they
can be used as wide band gap high power devices, surface acoustic devices and as highly …

The advances in optoelectronic devices are based on the achievements in optics,
electronics and last but not least in material science. Among the most important materials …

Arsenic is the main component of many chalcogenide glasses. Due to its triple co-ordination
arsenic has the tendency to form two-dimensional networks in both crystalline and …

The Brenner–LJ potential is adopted to describe the interaction between C 36 clusters and
diamond surface, and the deposition mechanism of multi-C 36 clusters on the diamond …

Brenner-LJ potential is adopted to describe the interactivity between diamond and C 36
cluster, and the deposition mechanism of multi-C 36 on the diamond surface is researched …

Special clusters in low-dimensional system have been discovered as early as 1974. De
Neufville, Moss and Ovshinsky [1] were the first who suggested that a freshly evaporated film …

The state of art in the field of nano-carbon object structures is presented. Simulations of the
structural configurations by a Monte-Carlo computing procedure are reported. New …

The atomic configurations possible in various solid materials at the nanometric scale are
investigated. Closed clusters based on As-Se composition, silicon wires and carbon …