Low enriched uranium samples of unknown origin were analyzed by 16 laboratories in the context of a Collaborative Materials Exercise (CMX), organized by the Nuclear Forensics International Technical Working Group (ITWG). The purpose was to compare and prioritize nuclear forensic methods and techniques, and to evaluate attribution capabilities among participants. This paper gives a snapshot of the gamma spectrometric capabilities of the participating laboratories and summarizes the results achieved by gamma spectrometry.JRC.G.II.6-Nuclear Safeguards and Forensic
Characterization of nuclear materials is an important topic within the context of nuclear safeguards...
The majority of the energy in a nuclear explosion is released in the immediate blast and the initial...
There is increasing demand for the development of rapid and effective analytical tools to support nu...
Low enriched uranium samples of unknown origin were analyzed by 16 laboratories in the context of a ...
Nuclear forensics is a scientific discipline that aims to aid in criminal investigations concerning ...
Performing fast measurements in the field at places where suspicious objects were found is essential...
The Fourth Collaborative Material Exercise (CMX-4) of the Nuclear Forensics International Technical ...
An international group of laboratories participating in CMX-4 subjected three samples to comparative...
Much of George Dracoulis’s research career was devoted to utilising gamma-ray spectroscopy in fundam...
MGAU and FRAM are software codes which can be used for determining uranium isotopic composition by g...
The detection of uranium is of greatest interest because it is the type of nuclear material so far m...
International audienceThis paper presents the progress of an ongoing study within Working Group N°27...
Non-destructive gamma-ray analysis is a fundamental part of nuclear safeguards, including nuclear en...
AbstractRapid nondestructive assay methods for trace fissile material analysis are needed in both nu...
494-502Low Energy Gamma-Ray Spectrometry (LEGS) has been proved to be a rapid technique for analyzin...
Characterization of nuclear materials is an important topic within the context of nuclear safeguards...
The majority of the energy in a nuclear explosion is released in the immediate blast and the initial...
There is increasing demand for the development of rapid and effective analytical tools to support nu...
Low enriched uranium samples of unknown origin were analyzed by 16 laboratories in the context of a ...
Nuclear forensics is a scientific discipline that aims to aid in criminal investigations concerning ...
Performing fast measurements in the field at places where suspicious objects were found is essential...
The Fourth Collaborative Material Exercise (CMX-4) of the Nuclear Forensics International Technical ...
An international group of laboratories participating in CMX-4 subjected three samples to comparative...
Much of George Dracoulis’s research career was devoted to utilising gamma-ray spectroscopy in fundam...
MGAU and FRAM are software codes which can be used for determining uranium isotopic composition by g...
The detection of uranium is of greatest interest because it is the type of nuclear material so far m...
International audienceThis paper presents the progress of an ongoing study within Working Group N°27...
Non-destructive gamma-ray analysis is a fundamental part of nuclear safeguards, including nuclear en...
AbstractRapid nondestructive assay methods for trace fissile material analysis are needed in both nu...
494-502Low Energy Gamma-Ray Spectrometry (LEGS) has been proved to be a rapid technique for analyzin...
Characterization of nuclear materials is an important topic within the context of nuclear safeguards...
The majority of the energy in a nuclear explosion is released in the immediate blast and the initial...
There is increasing demand for the development of rapid and effective analytical tools to support nu...