Providing effective chelation therapy in response to internal human actinide contamination
has been shown to reduce acute radiation damage, chemical toxicity, and late radiation …

The speciation of uranium (U) in relation to its bioavailability is reviewed for surface waters
(fresh‐and seawater) and their sediments. A summary of available analytical and modeling …

The first edition of this work appeared almost thirty years ago, when, as we can see in
retrospect, the study of the actinide elements was in its first bloom. Although the broad …

The fate and transport of uranium in contaminated soils and sediments may be affected by
adsorption onto the surface of minerals such as montmorillonite. Extended X-ray absorption …

Multiwalled carbon nanotubes (MWCNTs) have exhibited high sorption capacity for
radionuclides due to the unique hollow structure and large surface area. In this study …

This review focuses on uranium cation coordination complexes with multidentate nitrogen-
containing ligands appearing in the literature from 2000 to mid-2005, with reports prior to …

This book is intended to provide an adequate background to the chemistry of the f-block
metals for students on advanced undergraduate courses, as well as for postgraduates. It is …

Thirty four plant species were screened for uranium (U) accumulation from U contaminated
soil. There was a significant difference in U accumulation among plant species. Sunflower …

The valence state of neptunium, one of the most important radionuclides of concern for long-
term emplacement of nuclear waste, primarily defines its geochemical reactions and …

Sorption interactions with montmorillonite and other clay minerals in soils, sediments, and
rocks are potentially important mechanisms for attenuating the mobility of U (6+) and other …