Reliable measurement of Naturally Occurring Radioactive Materials is of significance in order to comply with environmental regulations and for radiological protection purposes. This paper discusses the standardisation of three reference materials, namely sand, tuff and TiO2 to serve as quality control materials for traceability, method validation and instrument calibration. The sample preparation, material characterization via γ, α and Inductively Coupled Plasma Mass Spectrometry (ICP-MS) and the assignment of values for both the 4n (Thorium) and 4n+2 (Uranium) decay series are described.JRC.G.2-Standards for Nuclear Safety, Security and Safeguard
Isotope dilution mass spectrometry (IDMS) is one of the most widely applied techniques for the measu...
We present a concerted international effort to cross-calibrate five synthetic Th isotope reference m...
Reliability and consequently also comparability of analytical data can only be assured if adequate m...
A number of industries generate by-products containing naturally occurring radioactive material (NOR...
Confidence in comparability and reliability of measurement results in nuclear material and environme...
The paper describes the preparation and production of the reference materials, IRMM-1000a and IRMM-1...
In order to support research in Nuclear Forensics, the European Commission - Joint Research Centre I...
Abstract − It was prepared a reference material from a soil with high thorium concentration from a r...
Uranium materials hold more information than normally exploited for safeguards evaluation purposes. ...
New reference materials (RMs), zirconium silicate, bauxite and phosphogypsum, were produced and char...
Naturally occurring radioactive material is a problematic by-product of a range of industries and ne...
A reference material designed for the determination of natural radionuclides in solid samples (glass...
This thesis is based on the development of a radiochemical separation scheme capable of separating b...
The European Commission's Institute for Reference Materials and Measurements is tasked for providing...
The monitoring of fuel-cycle facilities provides a tool to confirm the compliant operation, for exam...
Isotope dilution mass spectrometry (IDMS) is one of the most widely applied techniques for the measu...
We present a concerted international effort to cross-calibrate five synthetic Th isotope reference m...
Reliability and consequently also comparability of analytical data can only be assured if adequate m...
A number of industries generate by-products containing naturally occurring radioactive material (NOR...
Confidence in comparability and reliability of measurement results in nuclear material and environme...
The paper describes the preparation and production of the reference materials, IRMM-1000a and IRMM-1...
In order to support research in Nuclear Forensics, the European Commission - Joint Research Centre I...
Abstract − It was prepared a reference material from a soil with high thorium concentration from a r...
Uranium materials hold more information than normally exploited for safeguards evaluation purposes. ...
New reference materials (RMs), zirconium silicate, bauxite and phosphogypsum, were produced and char...
Naturally occurring radioactive material is a problematic by-product of a range of industries and ne...
A reference material designed for the determination of natural radionuclides in solid samples (glass...
This thesis is based on the development of a radiochemical separation scheme capable of separating b...
The European Commission's Institute for Reference Materials and Measurements is tasked for providing...
The monitoring of fuel-cycle facilities provides a tool to confirm the compliant operation, for exam...
Isotope dilution mass spectrometry (IDMS) is one of the most widely applied techniques for the measu...
We present a concerted international effort to cross-calibrate five synthetic Th isotope reference m...
Reliability and consequently also comparability of analytical data can only be assured if adequate m...