The polar lattices dynamics of seven binary lead silicate glasses have been studied by
infrared spectroscopy. The analysis of the reflectivity spectra with a dielectric function model …

For the first time a detailed structural model has been determined which shows how the lone-
pairs of electrons are arranged relative to each other in a glass network containing lone-pair …

In this study, lead metasilicate glasses (PbSiO 3) were densified at different maximum
pressures in a diamond anvil cell (DAC) at room temperature. The densified glass samples …

Abstract Structures of binary PbO‐SiO2 glasses have been studied in detail over the
compositional range 35 to 80 mol% PbO using high‐resolution neutron diffraction, high …

In this work we synthesized SrO–ZnO–P2O5 glasses mixed with Pb3O4 (heavy metal oxide)
and doped with different amounts of Dy2O3 (0.1 to 1.0 mol%). Subsequently their emission …

We have studied the structure of partially reduced lead-silicate glasses using combined
EXAFS (extended X-ray absorption fine structure) and MD (molecular dynamics) methods …

Structural phase transition and densification in lead silicate melt (Pb2SiO4) were
investigated by molecular dynamics simulation. Visual analysis methods in 3D space were …

The microstructure of lead silicate melt (Pb 2 SiO 4) and its change under high pressure are
investigated by molecular dynamics simulation. The models are constructed at temperature …

The opportunity to gain detailed information on the representative sets of rings, and chains
of atoms is of great importance in the analysis of medium-range order in the computer …

THE STRUCTURE OF POROUS AND SPONTANEOUSLY DENSIFIED AMORPHOUS
PbSiO3: A MOLECULAR DYNAMICS STUDY Page 1 COMPUTATIONAL METHODS IN …