Difficult-to-measure radionuclides (DTMRs), defined by an absence of high energy gamma
emissions during decay, are problematic in groundwaters at nuclear sites. DTMRs are …

The multiple sorptive sites on illitic clays (eg, frayed edge [FES], type II [TS], and planar sites
[PS]) are related to variable 137 Cs immobilization in subsurface environments. This study …

The effective management of beryllium (Be) in solution is not well established. In this study,
zeolite was synthesised from coal fly ash (CFA) and further modified to enhance Be sorption …

Strontium and caesium are fission products of concern at many nuclear legacy sites and Cs
is additionally a significant consideration at sites in the aftermath of nuclear accidents and …

A mechanistic understanding of cesium (Cs) adsorption to soil mineral phases is essential
for effective mitigation of Cs mobility in the subsurface environment. Todorokite, a common …

Results of investigations into factors influencing contaminant mobility in a replica trench
located adjacent to a legacy radioactive waste site are presented in this study. The trench …

Radiocesium released by the severe nuclear accident and nuclear weapon test is a
hazardous material. Illitic clays play a key role in the spatial distribution of radiocesium in …

Hazardous nuclear waste is produced at all stages during the nuclear fuel cycle. The
removal operations of nuclear waste from nuclear reactors and/or storage facilities, such as …

Legacy sites contaminated with radioactive elements exist worldwide and their long-term
management and remediation are subjects of public concern. In order to develop …

Radiocesium released by the severe nuclear accident and nuclear weapon test is a
hazardous material. Illitic clays play a key role in the spatial distribution of radiocesium in …