In this study, the sorption of U (VI) on the farming soil (FS) and natural soil (NS) collected
from northwest China was studied using batch and spectroscopic approaches. The sorption …

The behaviors of U (VI) in environmental media around radioactive waste disposal site are
important for safety assessment of geological repositories. However, the estimation of …

Sorption of U (VI) from aqueous solution to decarbonated calcareous soil (DCS) was studied
under ambient conditions using batch technique. Soil samples were characterized by XRD …

This research studied the sorption behavior of uranium (VI) onto two different kinds of soils:
surface soil and undersurface soil that taken from the depth of 30 m undersurface. The soil …

Investigation of U (VI) desorption from the natural sediment of Oak Ridge Field Research
Center saprolite is of great importance to predict the fate and transport of U (VI) in the …

The sorption behavior of U (VI) on Tamusu clay sampled from a pre-selected high-level
radioactive waste (HLW) disposal site in Inner Mongolia (China) was studied systematically …

In this work, the effect of various environmental factors on U (VI) sorption to illite was
investigated, such as pH, ionic strength, humic acid (HA) and temperature. U (VI) sorption to …

The properties of soil at disposal sites are very important for geological disposal of very low
level radioactive waste in terms of U (VI). In this study, soil from a candidate very low level …

The U (VI) sorption behavior on dolomite was systematically investigated in a dilute
carbonate solution using batch technique. The distribution coefficients (K d) increased with …

In the present study, the adsorption of U (VI) by a natural iron-rich sand in the presence of
citrate was studied over a range of citrate concentrations and pH values. Adsorption of U (VI) …