Science · 1979 · 121 citations · 4 references
Chemical EngineeringEnvironmental ChemistryEngineeringEnvironmental GeochemistryOxidation-reduction MeasurementsSoluble Oxidation StatesMetalloid ContaminationGeographyMobile TcoEnvironmental RemediationExploration GeologyGeologySynthetic ElementRadioactive Waste DisposalGeochemistryGeological DataGeologic Migration PotentialsTectonics
Relatively mobile TcO(+)(-) and NpO(2)(+) can be chemically reduced to less soluble oxidation states in the presence of igneous rocks, as predicted by oxidation-reduction measurements. Current risk assessments, which consider technetium and neptunium as potentially capable of migrating from high-level radioactive waste repositories, may be overestimating their potential hazard to the public since the Fe(II) content of many subsurface waters may maintain these elements in less soluble oxidation states.
4
Glenn T. Seaborg · Science · 1946 · 288 citations
Materials Science, Inorganic Chemistry, Rare Earth Mineral +13
Nuclear Waste Disposal: Can the Geologist Guarantee Isolation?
Ghislain de Marsily, E. Ledoux, A. Barbreau et al. · Science · 1977 · 100 citations
Report of Comittee II on Permissible Dose for Internal Radiation (1959)
&NA; · Health Physics · 1960 · 99 citations