Differential scanning calorimetry (DSC) is a powerful tool to address some of the most
challenging issues in glass science and technology, such as the nonequilibrium nature of …

Research in borate glasses has started as a scientific curiosity and as an aid to explain the
structure of oxide glasses in general. This effort led to a better understanding of the structure …

Assessing the viability of an amorphous formulation strategy is of great importance in an era
of drug discovery where a large percentage of new molecules have solubility limited …

Six optically transparent zinc molybdenum borotellurite glasses containing different network
modifier ions (alkali, alkaline, and heavy metal oxides) with compositions, 60TeO 2–10B 2 O …

High temperature hermetic seal is essential for utilizing the full potentials of planar solid
oxide fuel/electrolyzer cells. A seal glass needs to have excellent thermal and chemical …

Amorphous materials are inherently unstable and tend to crystallize upon storage. In this
study, we investigated the extent to which the physical stability and inherent crystallization …

Modern technologies demand the development of new glasses with unusual properties.
Most of the previous developments occurred by slow, expensive trial-and-error approaches …

Using a thermodynamic database approach (CALPHAD), thermodynamic parameters of
crystal growth of 31 stoichiometric and non-stoichiometric glasses are calculated. Together …

It has been confirmed that glass-forming ability (GFA) is related to not only liquid phase
stability but also the crystallization resistance. In this study, it was found the liquidus …

Bioactive glasses having chemical compositions between 1Na2O–2CaO–3SiO2 (1N2C3S)
and 1.5 Na2O–1.5 CaO–3SiO2 (1N1C2S) containing 0, 4 and 6wt.% P2O5 were crystallized …