Add to ORKGA planar CdZnTe detector of dimensions 10x10x5 mm was tested for its application to gamma spectrometry on nuclear material. The outcome from the analysis of a spent fuel pin, natural uranium solutions, plutonium powder and mixed oxide pellet (MOX) are reported. Quantification could be performed on the spectra obtained from samples containing only uranium. However, on the basis of the spectra obtained, it was found possible to quantitatively discriminate between the different kinds of nuclear material analysed.JRC.E-Institute for Transuranium Elements (Karlsruhe
Nowadays, there is interest in developing gamma-ray measuring devices based on the room temperature ...
Room temperature semiconductor detectors of CdZnTe type have been proposed as possible alternatives ...
Reliable measurement techniques are imperative for early detection of illicit use of nuclear and rad...
Results of examination of spectrometer performances CdTe (CdZnTe) detectors are submitted at recordi...
The application of a planar miniature CdTe detector for gamma spectrometry has been tested by analys...
Performing fast measurements in the field at places where suspicious objects were found is essential...
Knowledge of surface elemental composition is needed to understand the formation and evolution of pl...
Gamma spectroscopy using a room temperature CdTe detector has been carried out in the proximity of a...
For detection and identification of nuclear material we equipped a transportable container with neut...
This paper describes a gamma detector employing an array of eight cadmium-zinc-telluride (CZT) cryst...
The task of determining the initial enrichment of nuclear fuel (NF) at nuclear power plants in real ...
Gamma-ray spectroscopy for portable and unattended assay of nuclear materials requires rugged, relia...
Nuclear forensics is a scientific discipline that aims to aid in criminal investigations concerning ...
This report describes CZT crystals and their use in large arrays for generation of gamma ray spectra...
Gamma-ray spectroscopy is undoubtedly the most effective tool for understanding the structure of the...
Nowadays, there is interest in developing gamma-ray measuring devices based on the room temperature ...
Room temperature semiconductor detectors of CdZnTe type have been proposed as possible alternatives ...
Reliable measurement techniques are imperative for early detection of illicit use of nuclear and rad...
Results of examination of spectrometer performances CdTe (CdZnTe) detectors are submitted at recordi...
The application of a planar miniature CdTe detector for gamma spectrometry has been tested by analys...
Performing fast measurements in the field at places where suspicious objects were found is essential...
Knowledge of surface elemental composition is needed to understand the formation and evolution of pl...
Gamma spectroscopy using a room temperature CdTe detector has been carried out in the proximity of a...
For detection and identification of nuclear material we equipped a transportable container with neut...
This paper describes a gamma detector employing an array of eight cadmium-zinc-telluride (CZT) cryst...
The task of determining the initial enrichment of nuclear fuel (NF) at nuclear power plants in real ...
Gamma-ray spectroscopy for portable and unattended assay of nuclear materials requires rugged, relia...
Nuclear forensics is a scientific discipline that aims to aid in criminal investigations concerning ...
This report describes CZT crystals and their use in large arrays for generation of gamma ray spectra...
Gamma-ray spectroscopy is undoubtedly the most effective tool for understanding the structure of the...
Nowadays, there is interest in developing gamma-ray measuring devices based on the room temperature ...
Room temperature semiconductor detectors of CdZnTe type have been proposed as possible alternatives ...
Reliable measurement techniques are imperative for early detection of illicit use of nuclear and rad...