The immobilization of radioiodine produced from reprocessing used nuclear fuel is a
growing priority for research and development of nuclear waste forms. This review provides …

Molten salt reactors (MSRs) are being considered as one of the potential nuclear options to
meet future energy demands. While the MSR designs are drastically different from the more …

Immobilization of radioiodine is an important requirement for current and future nuclear fuel
cycles. Iodosodalite [Na 8 (AlSiO 4) 6 I 2] was synthesized hydrothermally from metakaolin …

Iodine isotopes make up∼ 0.69% of the fission products of 235U slow neutron fission, ie∼
360 g iodine per metric ton of 235U. The currently proposed technology for the removal of …

The molten salt reactor (MSR) is one of the leading advanced nuclear reactor candidates to
replace current nuclear reactor technologies in the US Besides having more economical …

This paper discusses work to develop Na 2 OB 2 O 3-SiO 2 glass binders for immobilizing
LiCl-KCl eutectic salt waste in a glass-bonded sodalite waste form following electrochemical …

The effects of six process variables were investigated on the hydrothermal growth of
iodosodalite, Na8Al6Si6O24I2: pH (Na OH concentration), aging time, temperature, Al/Si …

A cold-sintering process at a very low temperature (300° C) achieved stable immobilization
of simulated radioiodine waste incorporated in sodalite (iodosodalite). The reported …

Technetium (Tc) can be incorporated into a number of different solids including spinel,
sodalite, rutile, tin dioxide, pyrochlore, perovskite, goethite, layered double hydroxides …

Iodosodalite powders were synthesized using aqueous (70° C) and hydrothermal (180° C)
methods and then hot isostatically pressed (HIP), without or with (10 or 20 mass%) sodium …