The aim of this study was to check for equivalence of computer codes that are capable of performing calculations of true coincidence summing (TCS) correction factors. All calculations were performed for a set of well-defined detector parameters, sample parameters and decay scheme data. The studied geometry was a point source of 133Ba positioned directly on the detector window of a low-energy (n-type) detector. Good agreement was established between the TCS correction factors computed by the different codes.JRC.G.2-Standards for Nuclear Safety, Security and Safeguard
This work aims at providing a Monte-Carlo based methodology for calculating true coincidence correct...
One of the outputs of the European Metrology Research Programme project “Ionising radiation metrolog...
The coincidence summing effect plays an important role in HPGe spectrometry, especially at low sourc...
The aim of this study was to check for equivalence of computer codes that are capable of performing ...
Proceedings of the 20th International Conference on Radionuclide Metrology and its Applications (ICR...
The aim of the study was to check for equivalence of computer codes that can perform calculations of...
The aim of this work was to estimate the uncertainties in Monte Carlo calculated correction factors ...
The second part of an intercomparison of the coincidence summing correction methods is presented. Th...
A comparison of the coincidence summing correction methods is presented. Since there are several way...
The second part of an intercomparison of the coincidence summing correction methods is presented. Th...
Correction factor to be applied to the measure of conversion coefficients by the coincidence method ...
Uncertainty propagation to the γ-γ coincidence-summing correction factor from the covariances of the...
An analysis algorithm to correct for the g-ray true coincidence summing effects for radionuclides de...
A comparison exercise for data analysis was recently conducted by the Liquid Scintillation Counting ...
The corrections for true-coincidence effects in HpGe detector are important, especially at low sourc...
This work aims at providing a Monte-Carlo based methodology for calculating true coincidence correct...
One of the outputs of the European Metrology Research Programme project “Ionising radiation metrolog...
The coincidence summing effect plays an important role in HPGe spectrometry, especially at low sourc...
The aim of this study was to check for equivalence of computer codes that are capable of performing ...
Proceedings of the 20th International Conference on Radionuclide Metrology and its Applications (ICR...
The aim of the study was to check for equivalence of computer codes that can perform calculations of...
The aim of this work was to estimate the uncertainties in Monte Carlo calculated correction factors ...
The second part of an intercomparison of the coincidence summing correction methods is presented. Th...
A comparison of the coincidence summing correction methods is presented. Since there are several way...
The second part of an intercomparison of the coincidence summing correction methods is presented. Th...
Correction factor to be applied to the measure of conversion coefficients by the coincidence method ...
Uncertainty propagation to the γ-γ coincidence-summing correction factor from the covariances of the...
An analysis algorithm to correct for the g-ray true coincidence summing effects for radionuclides de...
A comparison exercise for data analysis was recently conducted by the Liquid Scintillation Counting ...
The corrections for true-coincidence effects in HpGe detector are important, especially at low sourc...
This work aims at providing a Monte-Carlo based methodology for calculating true coincidence correct...
One of the outputs of the European Metrology Research Programme project “Ionising radiation metrolog...
The coincidence summing effect plays an important role in HPGe spectrometry, especially at low sourc...