The safe treatment of heavy metals in wastewater is directly related to human health and
social development. In this paper, a new type of recyclable adsorbent is synthesized through …

Various cerium doped aluminosilicate glass was prepared by a high-temperature melting
method using natural granite material as the only origin of the glass substrate. TG-DSC was …

Arsenic contamination has been a major problem in copper slag utilization. Arsenic is easily
incorporated into the silicate-based matrix, making the arsenic difficult to volatilize. In this …

The objective of this study was to address the challenges associated with complex TRPO
waste, by utilizing a natural aluminosilicate material to produce glass-ceramic waste forms …

Sodium zirconium phosphate (NaZr 2 (PO 4) 3; NZP) ceramic is a potential nuclear waste
immobilization matrix material with the chemical formula M Ⅰ M Ⅱ A 2 (BO 4) 3. In this …

Sustainable development of nuclear energy benefits from high-quality host materials that
treat high-level waste simply and safely. A natural aluminosilicate was used to immobilize …

To explore the possibility of immobilizing nuclear waste by natural metamorphic granite, the
phase, microscopic morphology, elemental distribution and the structural evolution of the …

In this study, we investigate radioactive sludge containing An 4+ ions via simulation. Ce 4+
is employed as a surrogate isotope for An 4+ ions, and silicate glass particles are …

Redox control of glasses is paramount both to their fusion process and to obtaining the
desired properties of high technological glasses. However, the link between melting …

CeO2 was applied as a structure analog to radionuclides that tents to have similar structure
such as Np, Pu, and Ce. Element Ce in CeO2 was immobilized into CePO4 glass-ceramic …