The temperature dependences of the conductivity and permittivity of the Ag8GeSe6
compound have been studied in direct and alternating electric fields. This phenomenon is …

The microscopic structure of two new infrared-driven amorphous white light generators,
namely [(PhSn) 4S6] and [(CpSn) 4S6] and a related amorphous material [(NpSn) 4S6] …

We proposed a new concept of increasing the plasticity of chalcogenide glasses while
maintaining a high glass transition temperature. The main idea of this concept lies in the …

We report on the recent advances regarding the source code optimization of Reverse Monte
Carlo modelling used in scattering data analysis of an amorphous molecular solid which has …

This work reports the effect of thermal annealing (353–413 K) on structure and physical
properties of thermally evaporated In 10 Ag 10 Sb 10 Se 70 chalcogenide films. The …

Abstract Amorphous Se 0.68 Ge 0.24 Ag 0.08 films were prepared by the known thermal
evaporation method. X-ray diffraction (XRD) and energy dispersive X-ray (EDX) analysis …

Glasses have been a focus of numerous investigations because of their mechanical,
electrical, optical, and magnetic properties, related to their structureand short-rangeatomic …

The glass-formation temperature of chalcogenide glasses with silver-ionic conduction is
analyzed as a function of the content of silver chalcogenides. The peculiarities of the …

Peak Force Quantitative Nano-Mechanical property mapping (PF-QNM) was used to explore
the nanomechanical properties of binary GeySe100− y glasses and phase-separated Agx …

Macroscopic and local studies of vibrational and mechanical properties of bulk Ag x (Ge
0.25 Se 0.75) 100-x glasses were conducted using Raman (mapping) spectroscopy, Vickers …