The structural, vibrational, electronic, and dynamic properties of amorphous and liquid As x
Se 1-x (0.10< x< 0.45) are studied by First Principles Molecular Dynamics. Within the above …

As an extension to part I, Dongol and Elhady (2020), the method of Reverse Monte Carlo
simulation has been used to examine the effect of quenching rate on the structure of glassy …

The structural properties of As 2 Se 3 and AsSe 4 glasses are investigated using the First
Principles Molecular Dynamics. The results show an excellent agreement with measured …

The local structures of amorphous As 40 Se 60, As 40 Se 30 S 30, As 33.3 Se 33.3 S 33.4
chalcogenide glass semiconductors have been studied by neutron diffraction and Raman …

The structure of Te‐rich (75–80 at.% Te) and Te‐poor (40 at.% Te) Ge–As–Te glasses has
been investigated by diffraction and extended X‐ray absorption fine structure (EXAFS) …

The coordination numbers in As 2 Se 3 glass were determined by a combination of
anomalous X-ray scattering experiments, reverse Monte Carlo modeling, and ab initio …

Glasses with composition of GexSb40-xSe60 (x= 40, 35, 32, 27, 20, 15 at.%) have been
synthesized. Neutron and X‐ray diffraction techniques were used to study the atomic glassy …

In this chapter, we present the first connection between realistic atomic scale simulations
and topological constraint theory which has been introduced in the context of rigidity …

The partial, total and average coordination number of atoms and, their neighbor distributions
have been determined by the neutron diffraction method and application of the Reverse …

Chalcogenide glasses and their function in a wide range of optical, electronic and memory
applications, have proved a very fertile field of experimental and theoretical research over …