The influence of calcite, dolomite, pyrite and vaterite on the kinetics of uranium (U) release from a natural rock under relevant i.e. field conditions has been investigated. The time dependence of the U release has been studied in two different experimental procedures (open and closed systems) at laboratory temperature (21 ± 2 ʿC). Performing batch experiments in tap water, the U release efficiency of a natural U-bearing rock was characterised in the presence of varying amounts of three different carbonate bearing minerals for experimental durations of up to 782 days. Another experiment was conducted for a period of 14 days in the presence of a pyrite mineral. The results demonstrate that the presence of carbonate minerals does not have an...
Im Labor wurden verschiedene Größen (pH-Wert, HCO3 --Gehalt, Präsenz von Fe(OH)3) untersucht, von ...
This research investigates the physical and chemical interactions that affect the transport of urani...
Global stores of radioactive waste are housed in surface stores where actinides are susceptible to e...
The influence of calcite, dolomite, pyrite and vaterite on the kinetics of uranium (U) release from...
Understanding how uranium (U) moves through the soil and groundwater is essential to determine the e...
The effects of carbonate concentration and the presence of iron hydroxide phases on uranium release ...
Based on both chemical leaching and adsorption tests and a simple modelling using PHREEQC, geochemic...
Uranyl oxyhydroxide minerals are important weathering products in uranium-contaminated surface and s...
A 782 d solubilization study using not shaken batch experiments and involving one uranium-bearing ro...
The effects of carbonate concentration and the presence of in-situ generated iron oxide and hydroxid...
Although trade element uptake on and release from solid phases are fundamental controls on the migra...
Uranyl phosphate minerals represent an important secondary source of uranium release at contaminated...
Release of uranium from Na-autunite, an artificial mineral created as a result of polyphosphate inje...
In Belgium, the Boom Clay is currently studied as the reference host formation for the disposal of h...
The reaction of acidic radioactive waste with sediments can induce mineral transformation reactions ...
Im Labor wurden verschiedene Größen (pH-Wert, HCO3 --Gehalt, Präsenz von Fe(OH)3) untersucht, von ...
This research investigates the physical and chemical interactions that affect the transport of urani...
Global stores of radioactive waste are housed in surface stores where actinides are susceptible to e...
The influence of calcite, dolomite, pyrite and vaterite on the kinetics of uranium (U) release from...
Understanding how uranium (U) moves through the soil and groundwater is essential to determine the e...
The effects of carbonate concentration and the presence of iron hydroxide phases on uranium release ...
Based on both chemical leaching and adsorption tests and a simple modelling using PHREEQC, geochemic...
Uranyl oxyhydroxide minerals are important weathering products in uranium-contaminated surface and s...
A 782 d solubilization study using not shaken batch experiments and involving one uranium-bearing ro...
The effects of carbonate concentration and the presence of in-situ generated iron oxide and hydroxid...
Although trade element uptake on and release from solid phases are fundamental controls on the migra...
Uranyl phosphate minerals represent an important secondary source of uranium release at contaminated...
Release of uranium from Na-autunite, an artificial mineral created as a result of polyphosphate inje...
In Belgium, the Boom Clay is currently studied as the reference host formation for the disposal of h...
The reaction of acidic radioactive waste with sediments can induce mineral transformation reactions ...
Im Labor wurden verschiedene Größen (pH-Wert, HCO3 --Gehalt, Präsenz von Fe(OH)3) untersucht, von ...
This research investigates the physical and chemical interactions that affect the transport of urani...
Global stores of radioactive waste are housed in surface stores where actinides are susceptible to e...