Résumé In this review, we provide a perspective on the science and technology of
vitrification of waste. First, we provide a background on the general classes of wastes for …

Achieving thinner and higher performance display/substrate glasses and transparent glass-
ceramics with tunable properties requires a precise control of acid-etching process, thus …

Glasses with the base composition 60 SiO 2· 37 B 2 O 3· 3 Na 2 O (in mol%) were doped
with different concentrations of terbium oxide. These glasses show phase separation in …

Understanding the effect of the incorporation of doping ions into the structure, thermal
properties and chemical durability of bioactive glasses is fundamental for the design of new …

Against the endless new pandemics, market prospect of medical neutral glasses
unprecedentedly enlarged. To obtain instructive guidance for optimizing neutral glass, the …

One major factor impeding the design of nuclear waste glasses with enhanced waste
loadings is our insufficient understanding of their composition–structure–durability …

The limited knowledge on the scientific aspects of the structural features of glassy matrices
with and without the activator ions becomes a bottleneck in elucidating the interesting …

Under extreme scenario (ie, pH= 2 or 13), dissolution studies of aluminoborosilicate glasses
indicate a dissolution–precipitation mechanisms, with Si or Ca precipitation governing the …

During nuclear waste vitrification, chromium is added to extract plutonium from the spent
nuclear fuel, as well as to reduce the melter refractory corrosion. However, the accumulation …

One major factor impeding the design of nuclear waste glasses with enhanced waste
loadings is our insufficient understanding of their composition–structure–durability …