Nowadays, the demand for nuclear power is continue increasing due to its safety,
cleanliness, and high economic benefits. Radioactive iodine from nuclear accidents and …

Designing sorbents for iodine capture in different conditions requires selection and
optimization of a large and diverse range of variables. These variables fall into general …

The selective removal of radioactive iodine from off-gases of reprocessing plants with high
humidity is crucial for environmental security, and the metal–organic framework (MOF) …

The development of low-cost and high-efficiency iodine sorbents is of great significance for
the control of nuclear pollution. In this work, we intercalate the tin sulfide cluster of [Sn2S6] 4 …

The effective capture and deposition of radioactive iodine in the spent fuel reprocessing
process is of great importance for nuclear safety and environmental protection. Three …

The development of Bi-based composites with low cost, high adsorption capacity and
retention is highly desired for iodine gas capture. Herein, three novel Bi-based composites …

From the swollen LDH, bulky [Mo 3 S 13] 2− anions are facilely introduced into the LDH
interlayers to assemble the Mo 3 S 13-LDH composite, which exhibits excellent iodine …

Radioactive waste management is critical for maintaining the sustainability of nuclear fuel
cycles. In this study, we propose a novel bismuth-based reduced graphene oxide (Bi0–rGO) …

Developing pure inorganic materials capable of efficiently co‐removing radioactive I2 and
CH3I has always been a major challenge. Bismuth‐based materials (BBMs) have garnered …

During the spent fuel reprocessing, large quantities of radioactive iodine vapor are
generated. The complex conditions of high temperature, strong acidity, and high humidity …