Roughness of a surface as characterized by an atomic force microscope (AFM) is typically
expressed using conventional statistical measurements including root-mean-square, peak …

This article reviewed the current state of knowledge of glass aqueous corrosion mechanism
with a focus on the contribution of modern characterization tools. A general consensus on …

Glass delamination is characterized by the dissociation of glass flakes from the glass
surface. Since glass delamination is time dependent, 5 vial types were investigated to …

The strength loss of glass fibres (GFs) following exposure to elevated temperatures is a long-
established phenomenon, yet the mechanism or mechanisms responsible for the strength …

The ability of bulk glass and fibers to react in aqueous solution, with organic polymers and
coupling agents, depends on the surface charge, reactivity, and adsorption properties of the …

Glass corrosion data from the ALTGLASS™ database were used to determine if gel
compositions, which evolve as glass systems corrode, are correlated with the generation of …

Rates of glass dissolution from laboratory and field studies are often considered to be
irreconcilable, although potential causes for the difference, such as solution saturation state …

This article presents an experimental investigation to quantify the effects of high temperature
exposure (400–600° C) on the mechanical properties of single basalt fibres. To this purpose …

Abstract Quantitative Nanomechanical Peak Force®(PF-QNM) TappingMode TM atomic
force microscopy measurements are presented for the first time on polished glass surfaces …

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 …