Nuclear Technology · 1984 · 71 citations · 8 references
AgricultureEarth SciencesSoil SciencesColloid ScienceSoil ChemistrySoil PhysicsColloid ChemistryContaminated Soil CharacterizationPorous Media FlowSand Retention TestingSoil ColloidsColloid TransportPercolationPercolation BehaviorPercolation DynamicsSoil PercolationSorptionVitrified WasteVitrified Waste Forms
An interpretative model is proposed for a series of percolation tests conducted on glauconitic sand columns. Colloidal 241Am leached from a simulated vitrified waste was used as the migrating radioisotope. The polydispersed nature of the 241 Am colloids was demonstrated, together with a sorption saturation mechanism, which was interpreted with a Langmuir isotherm. The model equations include convection, filtration, and sorption of the polydispersed colloid in solution.Good agreement was found between model and experimental results.
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Ralph E. Grim · Soil Science · 1953 · 386 citations
Scientific Basis for Nuclear Waste Management
N.J. Trask · Eos · 1983 · 172 citations
Engineering, Environmental Sciences, Nuclear Engineering +14
Simulation of the dynamic behavior of deep bed filters
Chi Tien, Raffi M. Turian, Hemant Pendse · AIChE Journal · 1979 · 141 citations