In this article, the X-ray and gamma-ray coincidence summing effect in Eu-152 is studied. Coincidence summing corrections and peak and total efficiencies of point and volume sources were determined using the direct matrices multiplication (DMM) method. The theoretically evaluated peak count rates were found to be in good agreement with the experimentally obtained values. Validation was performed by comparing the calculated efficiency curves and the corresponding correction factors with the results obtained using GESPECOR 4.2 software. (C) 2015 Elsevier Ltd. All rights reserved
recise, absolute γ-ray efficiences (∈ γ ) and total efficiences (∈ T), have been measured at various...
Numerical expressions to compute g–g and g–XK coincidence summing corrections were deduced by using...
This work aims at providing a Monte-Carlo based methodology for calculating true coincidence correct...
The second part of an intercomparison of the coincidence summing correction methods is presented. Th...
The second part of an intercomparison of the coincidence summing correction methods is presented. Th...
In this paper we present the results of applying the new approach for calculating coincidence summin...
A comparison of the coincidence summing correction methods is presented. Since there are several way...
Simplified expressions to determine the coincidence-summing correction factors by using a matrix rep...
A new method for theoretical calculation of coincidence summing of X- and gamma rays for germanium s...
Previously, a system was developed at the INEL for measuring the {gamma}-ray emitting nuclides in sm...
The spectrometric analysis of a gamma-emitter sample measured in "close geometry" can be affected by...
Equations to compute g g and g XK coincidence-summing corrections in gamma-ray spectrometry with p-t...
The coincidence summing correction factors estimated with penEasy, a steering program for the Monte ...
Simplified expressions to determine the coincidence-summing correction factors by using a matrix rep...
The coincidence summing effect plays an important role in HPGe spectrometry, especially at low sourc...
recise, absolute γ-ray efficiences (∈ γ ) and total efficiences (∈ T), have been measured at various...
Numerical expressions to compute g–g and g–XK coincidence summing corrections were deduced by using...
This work aims at providing a Monte-Carlo based methodology for calculating true coincidence correct...
The second part of an intercomparison of the coincidence summing correction methods is presented. Th...
The second part of an intercomparison of the coincidence summing correction methods is presented. Th...
In this paper we present the results of applying the new approach for calculating coincidence summin...
A comparison of the coincidence summing correction methods is presented. Since there are several way...
Simplified expressions to determine the coincidence-summing correction factors by using a matrix rep...
A new method for theoretical calculation of coincidence summing of X- and gamma rays for germanium s...
Previously, a system was developed at the INEL for measuring the {gamma}-ray emitting nuclides in sm...
The spectrometric analysis of a gamma-emitter sample measured in "close geometry" can be affected by...
Equations to compute g g and g XK coincidence-summing corrections in gamma-ray spectrometry with p-t...
The coincidence summing correction factors estimated with penEasy, a steering program for the Monte ...
Simplified expressions to determine the coincidence-summing correction factors by using a matrix rep...
The coincidence summing effect plays an important role in HPGe spectrometry, especially at low sourc...
recise, absolute γ-ray efficiences (∈ γ ) and total efficiences (∈ T), have been measured at various...
Numerical expressions to compute g–g and g–XK coincidence summing corrections were deduced by using...
This work aims at providing a Monte-Carlo based methodology for calculating true coincidence correct...