An overview is presented of recent progress in the solid‐state nuclear magnetic resonance
(NMR) observation of low‐γ nuclei, with a focus on applications to inorganic materials. The …

Molybdenum oxides are an integral component of the high-level waste streams being
generated from the nuclear reactors in several countries. Although borosilicate glass has …

Borosilicate glass is an effective matrix for vitrification of high-level nuclear waste. However,
the solubility of molybdenum is lower. In this paper, the impacts of Fe 2 O 3 replacing SiO 2 …

Reclaiming residual fissile materials from spent nuclear fuel rods results in highly
radioactive waste that must be immobilized in durable materials to protect the biosphere …

X-ray nano-computed tomography (nano-CT) is a powerful technique to characterize and
visualize 3 dimensional (3D) phenomena in complex glasses at the nanoscale. This …

During glass production, phase separation can result in the formation of suspended liquid
droplets, which can cause changes in the system rheology. In nuclear waste vitrification …

Glass containing chromium is a promising material for use in various modern fields of
application (laser technology, optoelectronic devices, and luminescent resources) …

Dismantling nuclear facilities leads to radioactive waste less active but which may have
highly variable compositions compared to the high-level radioactive wastes recovered after …

The addition of phosphorus to conventional borosilicate glasses is explored as a way to
increase the incorporation of high-field-strength cations such as Mo (VI) into chemically …

Due to their low solubility, some elements, such as lanthanides, can lead to crystalline
phases in borosilicate glass during cooling. The impact of rare earth (lanthanum and …