The question of silicate glass chemical durability is at the heart of many industrial and
environmental issues, with certain glasses, such as bioglasses, needing to transform rapidly …

High-level radioactive waste is accumulating at temporary storage locations around the
world and will eventually be placed in deep geological repositories. The waste forms and …

Incorporation of iodine (I) into high-pressure vitrified glasses appears to be a potential
solution for the immobilization of 129I radioisotopes. Under these conditions, I dissolution is …

Seven magnesium‐containing aluminoborosilicate glasses, with three to five oxides, have
been studied through comprehensive multinuclear solid‐state NMR (11B, 27Al, 29Si, 23Na …

Understanding the composition–structure–property relations of glass materials is essential
for their technological applications. In this study, the structures and properties of a series of …

The alteration of a four-oxide alumino-borosilicate glass close to International Simple Glass
(ISG) was studied in Si saturation conditions at pH 3, pH 7, and pH 9 using solution and post …

Photothermal atomic force microscopy coupled with infrared spectroscopy (AFM-IR) brings
significant value as a spatially resolved surface analysis technique for disordered oxide …

This study addresses the impact of 7 MeV Au irradiation on the initial alteration rate of
International Simple Glass (ISG), considered as a reference for nuclear glasses. This …

During the long-term disposal of high-level nuclear waste glass in the geological disposal
facility, the nuclear glass could be exposed to an unsaturated vapor environment prior to the …

The chemical durability of borosilicate glass used to confine nuclear wastes is known to vary
nonlinearly with their composition, making glass dissolution rate predictions difficult. Here …