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 …

Glass crystalline materials (GCM) are of increasing interest as advanced nuclear wasteforms
combining the advantages of vitreous and crystalline matrices. The GCM are versatile …

Vitrified high level nuclear waste matrices with Fe as network modifier often get associated
with lanthanides produced due to fission reactions within irradiated nuclear fuel. During its …

Alumino‐borosilicate glass‐ceramics (GCs) containing alkali (Na), alkaline earth (Ca), rare
earth (RE)(one of La… Lu, Y), and transition metals (Zr and Mo) were formulated to test the …

In order to increase the loading of rare earth-and molybdenum-rich high-level waste in the
waste forms, zirconolite-and powellite-based multi-phase borosilicate glass-ceramics were …

Glass has good friction, lubricating properties, and great thermal stability, which has already
made it to be widely used as excellent friction resistance and high temperature resistance …

Glass structure tailoring of alkali silicate glasses by addition of ZrO 2 and Er 2 O 3 is found to
enhance the chemical durability of glasses. ZrO 2 (x ranged between 5 mol% to 15 mol%) …

Glass crystalline materials (GCM) are of increasing interest as advanced nuclear wasteforms
combining the advantages of vitreous and crystalline matrices. The GCM are versatile …

The simplified 8-oxide system (SiO2-B2O3-Na2O-Al2O3-CaO-TiO2-MoO3-La2O3) has been
prepared under two types of cooling methods, and analyzed with XRD, Raman and SEM to …

Alumino-boro-silicate glass-ceramics (GCs) containing alkali (Na), alkaline earth (Ca), rare
earth (one of La… Lu, Y), and transition metals (Zr and Mo) were formulated to test the …