The number of studies on the capture of radioactive iodine compounds by porous sorbents
has regained major importance in the last few years. In fact, nuclear energy is facing major …

Abstract Long-lived 129 I, short-lived 131 I, and organic iodides released from nuclear plants
are volatile and harmful to the ecosystem. For operational safety, and sustainable …

Nuclear energy production is growing rapidly worldwide to satisfy increasing energy
demands. Reprocessing of used nuclear fuel (UNF) is expected to play an important role for …

The efficient and safe capture of radioactive iodine (129I or 131I) is of great significance in
nuclear waste disposal. Here, we report millimeter-scale poly (ether sulfone) composite …

Effective capture of radioactive iodine in spent fuel reprocessing is an urgent problem to be
solved. In this study, we reported a novel fluoride modified bismuth sulfide supported NaY …

Effective capture of radioactive iodine is highly desirable but still remains a significant
challenge. We reported here a polysulfide (S x 2−) intercalated inorganic cationic Ni-Ti …

As globalization and rapid population growth have raised global energy needs, the demand
for nuclear energy has increased drastically. To make use of such energy more reliably, the …

For environmental protection, the effectual capture of radioiodine produced or released as
nuclear fission products, is of utmost importance. In this aspect, metal-organic frameworks …

The removal of radioiodine from the exhaust gas streams produced in spent fuel
reprocessing plants is of paramount importance for the nuclear fuel cycle's security. Here …

The exquisite combination of independent 3p [In (CO2) 4] units and 4f [Tb2 (CO2) 8] clusters
in the presence of the designed hexatopic 2, 4, 6-tri (2, 4-dicarboxyphenyl) pyridine ligand …