The current work aims to synthesize new zirconium tungstate (Zr4W8O32)-doped ZrO2
composites for radiation shielding applications using the hydrothermal reaction process. The …

This research demonstrates a novel methodology for structurally modifying kaolin clay to
efficiently remove toxic lead ions from water through adsorption. Kaolin was systematically …

Pharmaceutical contaminants in water pose significant risks to aquatic ecosystems and
human health. This work synthesized a novel NASICON@ C composite (sodium super ionic …

The hydrothermal technique was utilized to produce a new zirconia doped Bi ions to be
suitable for gamma ray shielding applications. The monoclinic phase of zirconia in the …

The effective optimization of radiation shielding materials that protect individuals against
potentially harmful radiant hazards is highly desired. Nonetheless, it is still a challenge that …

In order to eliminate or minimize the possible negative effects that may arise due to the use
of increased artificial radiation, the radiation permeability properties of Al 6082 alloy …

In this research, a Monte Carlo simulation was used to estimate the gamma-ray shielding
properties of ceramics doped with Tb and Fe in Y₂Zr₂O₇, within the photon energy range …

The study investigated the transmission factor simulated of depleted uranium dioxide for
gamma radiation shielding. Depleted uranium dioxide is a dense and slightly radioactive …