In this review, we highlight how recent advances in the field of actinide structural chemistry
of metal–organic frameworks (MOFs) could be utilized towards investigations relative to …

129I is commonly either the top or among the top risk drivers, along with 99Tc, at
radiological waste disposal sites and contaminated groundwater sites where nuclear …

The biogeochemical processes of iodine are typically coupled with organic matter (OM) and
the dynamic transformation of iron (Fe) minerals in aquifer systems, which are further …

To better understand the enrichment of fluoride and iodine in groundwater at North China
Plain (NCP), speciation analysis and geochemical modeling were conducted to identify the …

Organoiodine compounds (OICs) are the dominant iodine species in groundwater systems.
However, molecular mechanisms underlying the geochemical formation of geogenic OICs …

Radioactive iodine isotopes that are produced in nuclear power plants and used in medical
research institutes could be a serious threat to the health of many people if accidentally …

Metal oxides play a critical role in the abiotic transformation of iodine species in natural
environments. In this study, we investigated iodide oxidation by manganese dioxides (β …

The geochemical transport and fate of radioiodine depends largely on its chemical
speciation that is greatly affected by environmental factors. This study reports, for the first …

Ag 2 O nanoparticles anchored on the Mg (OH) 2 nanoplates (Ag 2 O@ Mg (OH) 2) were
successfully prepared by a facile one-step method, which combined the Mg (OH) 2 formation …

Reductive dissolution of Fe (oxyhydr) oxides triggered by biodegradation of organic matter
(OM) are considered to be key processes controlling iodine (I) release in groundwater …