A new procedure allowing the sequential extraction of Ra, Nd, Th, Pa and U from the same initial natural sample (sea or river waters, particles, sediments, rocks) is proposed. Extraction recoveries were better than 90%. Procedural blanks ranged from 80 pg (for Nd) to below 1 fg, the detection limit of the MC-ICP-MS used (for Pa); all were negligible compared with the amounts of elements currently determined. Based on classical anionic resins attached to a peristaltic pump allowing precise flow rate control, this procedure allowed a consequent reduction of the sample size, which improved the sampling resolution and reduced the sampling cost. It also ensured a better consistency of the samples for the five tracers
M.Sc.Sediment analysis, especially for trace metals, is important since aquatic sediments act as sin...
By using an innovative, positive pressure sample loading technique in combination with an in-line fi...
A novel approach for implementation of sequential extraction methods using a multisample, solid-phas...
A new procedure allowing the sequential extraction of Ra, Nd, Th, Pa and U from the same initial nat...
International audienceA new rapid protocol for 226Ra separation and preconcentration in natural wate...
This article describes a novel and simple method to measure ultra-trace 226Ra in river water samples...
A method was developed for direct measurements of 226Ra in water samples with triple quadrupole indu...
The use of solid phase extraction disks was studied for the quantification of selected radionuclides...
In order to study the bioavailable fraction of river sediments, an analytical procedure involving se...
The long-lived radioisotopes of Th and Pa are unique tracers for quantifying rates of biogeochemical...
Rapid, routine chemical analysis methods are available for most radionuclides. However, for Ra-226 m...
International audienceA new protocol designed for the rapid determination of U, Th, Pu, Np, Am and S...
M.Sc.Sediment analysis, especially for trace metals, is important since aquatic sediments act as sin...
By using an innovative, positive pressure sample loading technique in combination with an in-line fi...
A novel approach for implementation of sequential extraction methods using a multisample, solid-phas...
A new procedure allowing the sequential extraction of Ra, Nd, Th, Pa and U from the same initial nat...
International audienceA new rapid protocol for 226Ra separation and preconcentration in natural wate...
This article describes a novel and simple method to measure ultra-trace 226Ra in river water samples...
A method was developed for direct measurements of 226Ra in water samples with triple quadrupole indu...
The use of solid phase extraction disks was studied for the quantification of selected radionuclides...
In order to study the bioavailable fraction of river sediments, an analytical procedure involving se...
The long-lived radioisotopes of Th and Pa are unique tracers for quantifying rates of biogeochemical...
Rapid, routine chemical analysis methods are available for most radionuclides. However, for Ra-226 m...
International audienceA new protocol designed for the rapid determination of U, Th, Pu, Np, Am and S...
M.Sc.Sediment analysis, especially for trace metals, is important since aquatic sediments act as sin...
By using an innovative, positive pressure sample loading technique in combination with an in-line fi...
A novel approach for implementation of sequential extraction methods using a multisample, solid-phas...