Add to ORKGRhenium is one of the rarest elements in the earth crust and no data have been obtained for soil and plant samples. Recently, it has become possible to use high sensitivity ICP-MS and super pure reagents to measure low-level Re in soil and sediments [e.g., 1-3]. In this study, total and water soluble Re concentrations in soil samples and plant samples collected in 2000 and 2001 were determined to better understand Re mobility in the natural environment.International Symposium on Bio-Trace Elements 200
Tracer experiments were carried out to compare the plant uptake behaviors of Tc and Re from nutrient...
Rhenium is one of the least abundant metals in the surface of the earth and its concentration in env...
A simple separation method for Re determination in rock and seawater samples by inductively coupled ...
The long-lived radioisotope 99Tc is of potential long-term importance in the environment for safety ...
Rhenium (Re) mobility in agricultural soils was studied in order to obtain informational values for ...
The long-lived radionuclide Tc-99 is produced in the fissions of U-235 and Pu-239 at relatively high...
Rhenium (Re) is a trace element for which the concentration level in the earth\u27s upper crust is l...
Concentrations of rhenium, a chemical analogue of Tc, were measured in various environmental samples...
The absorption behavior of technetium (Tc) and rhenium (Re) through plant roots was studied using nu...
The absorption behavior of technetium (Tc) and rhenium (Re) through plant roots was studied using nu...
International audienceRare Earth Elements (REE) are emergent anthropogenic contaminants. Currently, ...
Transfer of trace elements from soil to plant is a corner stone for risk assessment. Rare earth elem...
The estimation of the Re concentration factor (CF) has been carried out to provide additional field ...
A radiotracer experiment was carried out to compare the plant uptake behaviors of technetium (Tc) an...
Rhenium (Re), which is thought to be a chemical analogue of technetium (Tc), is naturally present in...
Tracer experiments were carried out to compare the plant uptake behaviors of Tc and Re from nutrient...
Rhenium is one of the least abundant metals in the surface of the earth and its concentration in env...
A simple separation method for Re determination in rock and seawater samples by inductively coupled ...
The long-lived radioisotope 99Tc is of potential long-term importance in the environment for safety ...
Rhenium (Re) mobility in agricultural soils was studied in order to obtain informational values for ...
The long-lived radionuclide Tc-99 is produced in the fissions of U-235 and Pu-239 at relatively high...
Rhenium (Re) is a trace element for which the concentration level in the earth\u27s upper crust is l...
Concentrations of rhenium, a chemical analogue of Tc, were measured in various environmental samples...
The absorption behavior of technetium (Tc) and rhenium (Re) through plant roots was studied using nu...
The absorption behavior of technetium (Tc) and rhenium (Re) through plant roots was studied using nu...
International audienceRare Earth Elements (REE) are emergent anthropogenic contaminants. Currently, ...
Transfer of trace elements from soil to plant is a corner stone for risk assessment. Rare earth elem...
The estimation of the Re concentration factor (CF) has been carried out to provide additional field ...
A radiotracer experiment was carried out to compare the plant uptake behaviors of technetium (Tc) an...
Rhenium (Re), which is thought to be a chemical analogue of technetium (Tc), is naturally present in...
Tracer experiments were carried out to compare the plant uptake behaviors of Tc and Re from nutrient...
Rhenium is one of the least abundant metals in the surface of the earth and its concentration in env...
A simple separation method for Re determination in rock and seawater samples by inductively coupled ...