Developing an efficient and cheap iodine sorbent is of great practical significance in the
modern nuclear industry. In this work, novel bismuth and silver functionalized Ni foam …

A potential method of disposing iodine-129 in off-gas produced from spent fuel reprocessing
was discussed in this paper. Firstly, the Bi 2 S 3-reduced graphene oxide (RGO) composite …

Radioactive iodine isotopes that are discharged into environment have been of significant
concern due to its long-term impact on public health. In this work, a new bismuth-based …

One of the key challenges for radioactive waste management is the efficient capture and
immobilization of radioiodine, because of its radiotoxicity, high mobility in the environment …

Methods for preventing radioiodine from entering the environment are needed in processes
related to nuclear energy and medical isotope production. The development and …

This paper describes the development and provides comparisons of thiolated (− SH) and
unthiolated Ag–Al–Si–O xerogels for iodine gas capture. These xerogels were produced …

The capture of radioiodine from nuclear processes and the mitigation of environmental
release are important topic areas of research. Some of the more commonly employed …

Radioactive isotopes of xenon (Xe) and krypton (Kr) exist in the off-gases from the
reprocessing of nuclear fuels. To meet regulations, at least the Kr needs to be removed from …

The low concentration methyl iodide (CH3I) adsorption process on reduced silver‐
functionalized silica aerogel (Ag0‐Aerogel) was studied. The kinetic data were acquired …

Radioactive iodine may be released into off-gas streams during both, the normal operation
and severe accident of nuclear power plant in both organic and inorganic forms. Methyl …