[[abstract]]A personal computer based program ESOLAN has been developed for HPGe detector absolute-peak-efficiency calibration for various source-detector arrangements. The applicability of the previously developed program is limited to sources with diameter smaller than that of the detector active crystal. In this work, the ESOLAN program is modified to extend its application to sources with dimensions larger than the detector crystal, including extended cylinder and Marinelli-beaker sources.[[fileno]]2060131010013[[department]]工程與系統科學
In this work, some ‘equivalent’ models for the simulation of efficiency response of a High-Purity Ge...
A methodology to determine the full energy peak efficiency (FEPE) for precise gamma spectrometry mea...
Following international guidelines by the IEEE and a well-established calibration procedure develope...
[[abstract]]A computer program ESOLAN has been developed for HPGe detector peak-efficiency calibrati...
[[abstract]]A personal computer based program is developed for the HPGe detector effective solid ang...
[[abstract]]A semi-empirical method is developed to estimate the γ-γ true-coincidence correction fac...
In this study, an in-house 152Eu calibration source was produced from a custom epoxy matrix with a d...
[[abstract]]A personal-computer-based program SWELL has been developed for well-type HPGe detector e...
The gamma spectrometry of environmental samples poses a series of specific problems for the practiti...
The full energy peak efficiency of HPGe detector is computed using a new analytical approach. The ap...
Artículo de publicación ISIIn this work an absolute method for the determination of the full energy ...
The coincidence summing corrections for an HPGe spectrometer with Marinelli-beaker geometry were cal...
A method was developed for determining the efficiency calibration curve of HPGe detectors between 26...
One important factor in using an High Purity Germanium (HPGe) detector is its efficiency that highly...
International audienceMonte Carlo efficiency transfer method was used to determine full energy peak ...
In this work, some ‘equivalent’ models for the simulation of efficiency response of a High-Purity Ge...
A methodology to determine the full energy peak efficiency (FEPE) for precise gamma spectrometry mea...
Following international guidelines by the IEEE and a well-established calibration procedure develope...
[[abstract]]A computer program ESOLAN has been developed for HPGe detector peak-efficiency calibrati...
[[abstract]]A personal computer based program is developed for the HPGe detector effective solid ang...
[[abstract]]A semi-empirical method is developed to estimate the γ-γ true-coincidence correction fac...
In this study, an in-house 152Eu calibration source was produced from a custom epoxy matrix with a d...
[[abstract]]A personal-computer-based program SWELL has been developed for well-type HPGe detector e...
The gamma spectrometry of environmental samples poses a series of specific problems for the practiti...
The full energy peak efficiency of HPGe detector is computed using a new analytical approach. The ap...
Artículo de publicación ISIIn this work an absolute method for the determination of the full energy ...
The coincidence summing corrections for an HPGe spectrometer with Marinelli-beaker geometry were cal...
A method was developed for determining the efficiency calibration curve of HPGe detectors between 26...
One important factor in using an High Purity Germanium (HPGe) detector is its efficiency that highly...
International audienceMonte Carlo efficiency transfer method was used to determine full energy peak ...
In this work, some ‘equivalent’ models for the simulation of efficiency response of a High-Purity Ge...
A methodology to determine the full energy peak efficiency (FEPE) for precise gamma spectrometry mea...
Following international guidelines by the IEEE and a well-established calibration procedure develope...