International audiencecomparative study using liquid scintillation counting was performed to measure $^{63}$Ni in low and intermediate level radioactive waste. Three dimethylglyoxime (DMG)-based radiochemical procedures (solvent extraction, precipitation, extraction chromatography) were investigated, the solvent extraction method being considered as the reference method. Theoretical speciation calculations enabled to better understand the chemical reactions involved in the three protocols and to optimize them. In comparison to the method based on DMG precipitation, the method based on extraction chromatography allowed to achieve the best results in one single step in term of recovery yield and accuracy for various samples
ABSTRACT. The ongoing program of nuclear facilities decommissioning within the UK has generated a re...
Within the last 10 years the liquid scintillation counting technique has become the generally prefer...
Iodine-125 is a radioisotopic impurity "always" present in iodine-123, produced by nuclear reactions...
International audiencecomparative study using liquid scintillation counting was performed to measure...
ABSTRACT. Liquid scintillation counting (LSC) with a Quantulus (Wallac) was used to determine 55Fe,...
ABSTRACT. The basic concepts of developing radiochemical procedures for analyzing long-lived radionu...
ABSTRACT. In order to determine 55Fe and 63Ni in radioactive waste (slurry), we used the BIO-RAD AG ...
A novel extraction chromatographic resin based on diisobutyl ketone has been developed for the isola...
In methods for quantification of Ni-63, in e. g. reactor coolant water, a chemical separation is req...
Routine operations involving nuclear reactors and decommissioning activities require numerous chemic...
This report outlines the basic radiological, chemical, and physical characteristics of nickel-63 ({s...
International audienceThe activity concentration of a Ni-63 solution was determined by means of two ...
International audienceThe 93Zr determination in low-level radioactive wastes generated at nuclear po...
Radioactive isotopes emitting either particles or y rays of 1 MeV or X rays of about 30 keV can be m...
International audienceFor more than twenty years, the LASE (Operator Support Analysis Laboratory) ha...
ABSTRACT. The ongoing program of nuclear facilities decommissioning within the UK has generated a re...
Within the last 10 years the liquid scintillation counting technique has become the generally prefer...
Iodine-125 is a radioisotopic impurity "always" present in iodine-123, produced by nuclear reactions...
International audiencecomparative study using liquid scintillation counting was performed to measure...
ABSTRACT. Liquid scintillation counting (LSC) with a Quantulus (Wallac) was used to determine 55Fe,...
ABSTRACT. The basic concepts of developing radiochemical procedures for analyzing long-lived radionu...
ABSTRACT. In order to determine 55Fe and 63Ni in radioactive waste (slurry), we used the BIO-RAD AG ...
A novel extraction chromatographic resin based on diisobutyl ketone has been developed for the isola...
In methods for quantification of Ni-63, in e. g. reactor coolant water, a chemical separation is req...
Routine operations involving nuclear reactors and decommissioning activities require numerous chemic...
This report outlines the basic radiological, chemical, and physical characteristics of nickel-63 ({s...
International audienceThe activity concentration of a Ni-63 solution was determined by means of two ...
International audienceThe 93Zr determination in low-level radioactive wastes generated at nuclear po...
Radioactive isotopes emitting either particles or y rays of 1 MeV or X rays of about 30 keV can be m...
International audienceFor more than twenty years, the LASE (Operator Support Analysis Laboratory) ha...
ABSTRACT. The ongoing program of nuclear facilities decommissioning within the UK has generated a re...
Within the last 10 years the liquid scintillation counting technique has become the generally prefer...
Iodine-125 is a radioisotopic impurity "always" present in iodine-123, produced by nuclear reactions...