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 …

Water speciation in hydrated Na2O· 2SiO2 (NS2), Na2O· 4SiO2 (NS4), and Na2O· 6SiO2
(NS6) glasses was analyzed by near-infrared (NIR) spectroscopy and low temperature static …

ATR‐IR spectroscopy is a useful and convenient method for evaluation of local structure and
concentration of water and hydroxyl species in glass because it can be more surface …

Infrared spectroscopy has been calibrated to provide a precise and accurate method for
determining the concentrations of molecular water and hydroxyl groups in hydrous albitic …

Infrared and near-infrared transmission spectra have been taken on 19 volcanic and
synthetic silicate glasses with known H 2 O contents (0.06–6.9 wt.%). Absorption peaks were …

Application of confocal microRaman spectroscopy for quantification of total water content
and water speciation was tested for hydrous glasses of various compositions (haplogranite …

Water diffusion in silicate melts is a fundamental process controlling physical and chemical
consequences for magmatism, but mechanisms of diffusion in silicate glasses and melts are …

Various one-and two-dimensional high-resolution solid-state NMR techniques have been
applied to hydrous silicate and aluminosilicate glasses: simple acquisition, cross …

The speciation of water in a variety of hydrous silicate glasses, including simple and rhyolitic
compositions, synthesized over a range of experimental conditions with up to 11 weight …

Infrared spectroscopy was used to determine the concentrations of molecular water and
hydroxyl groups in hydrous rhyolitic, orthoclasic, jadeitic, and Ca− Al-silicate glasses …