The mechanical and mechanochemical properties of soda lime silica (SLS) glass surfaces
can vary with the sodium ion (Na+) concentration in the subsurface region. Changes in …

It is generally well known that not only the sodium itself, but also the non‐bridging oxygen
(NBO) sites associated with sodium ions are largely responsible for the surface reactivity of …

The effects of exchanging Na+ with K+ on the mechanical and mechanochemical properties
of a soda lime silica (SLS) glass were investigated. It is known that replacing smaller …

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 …

As a means to elucidate the mechanical stress effect on the durability of soda lime silicate
(SLS) float glass, a thin glass plate under flexural stress was investigated with X‐ray …

Water or acid soaking surface treatments have been shown to increase the mechanical
strength of soda‐lime silicate (SLS) glasses. This increase in strength has traditionally been …

The mechanochemical wear of multicomponent glasses was studied under controlled
humidity conditions using a reciprocating ball‐on‐flat tribometer. For dry conditions, the …

The presence of leachable alkali ions, or their hydrated sites in the glass, is believed to be a
determining factor for the interfacial water structure at the glass surface, influencing the …

Electro-thermal poling of alkali-containing glasses has been known to enhance various
physical and chemical properties due to the formation of an alkali ion depletion layer. We …

Formation of nanoscale surface relief on the anodic surface of an alkali-silicate glass in the
course of thermal poling in open anode configuration and related structural/compositional …