The fictive temperature of glass characterizes the glass network structure and its thermal
history, and thereby can influence ion and water transport in the glass surface. In this study …

Hydrothermal treatment provides a unique way to reveal subsurface damage of soda lime
silica (SLS) float glass. During the hydrothermal treatment, the penetration of water, ion …

The interaction of water with glass has a profound impact on its mechanical, chemical, and
kinetic properties. Water can enter the glass network either as molecular form (H 2 O) or …

An Na+/Ca2+‐deficient layer is observed to form on the glass surface region up to a depth of
hundreds of nanometers when a soda‐lime‐silicate glass is heat treated under an N2 …

Compositional changes in unleached and acid‐leached soda‐lime silicate surfaces were
tracked with in‐vacuo heating and X‐ray Photoelectron Spectroscopy. Surface oxygen …

Acid treatment of soda lime silica glass results in incongruent leaching of sodium from the
surface, with minimal dissolution of the silicate network or the other cationic network …

In this study, ion-microprobe analyses of four samples of buried medieval stained-glasses
are used to demonstrate that water penetrates into the matrix of pristine glasses at low …

This study employed thermal poling at 200° C as a means to modify the surface mechanical
properties of soda lime silica (SLS) glass. SLS float glass panels were allowed to react with …

Diffusion of water into silica glass was measured in the temperature range of 200° to 750° by
treating the glass in air containing a constant water vapor pressure and analyzing the …

Corrosion of glass in silica‐saturated solution has been performed with the assumption that
dissolution of silicate species from the glass network would not occur. Using surface …