TraGamma – A digital service for validating gamma-ray spectrometry analysis software

Gamma-ray spectrometry is an important analytical technique for identifying and quantifying radioactive nuclides in samples. Depending on the specific tasks the data evaluation can be very elaborate. Previous intercomparisons have observed small differences in the results depending on the analysis method. To facilitate the validation of algorithms or complete software solutions for gamma-ray spectrometry, we propose a new digital validation service. Following the style of TraCIM, TraGamma will be a digital service to request data packages for testing and validating software. This article summarizes major design considerations of the project. That includes the different tasks which can be tested or validated and an unambiguous and platform-independent format for exchanging gamma-ray spectrometry data and analysis results: a human-readable and machine-interpretable XML format.

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Publication Details

Journal
Measurement Sensors
Published
2024-12-21
DOI
https://doi.org/10.1016/j.measen.2024.101471
Primary Topic
Nuclear Physics and Applications
Type
article
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article

TraGamma – A digital service for validating gamma-ray spectrometry analysis software

M. Stein, Stefan Röttger, Henrike Fleischhack
Measurement Sensors
Nuclear Physics and Applications
article

TraGamma – A digital service for validating gamma-ray spectrometry analysis software

M. Stein, Stefan Röttger, Henrike Fleischhack
article en

Abstract

Gamma-ray spectrometry is an important analytical technique for identifying and quantifying radioactive nuclides in samples. Depending on the specific tasks the data evaluation can be very elaborate. Previous intercomparisons have observed small differences in the results depending on the analysis method. To facilitate the validation of algorithms or complete software solutions for gamma-ray spectrometry, we propose a new digital validation service. Following the style of TraCIM, TraGamma will be a digital service to request data packages for testing and validating software. This article summarizes major design considerations of the project. That includes the different tasks which can be tested or validated and an unambiguous and platform-independent format for exchanging gamma-ray spectrometry data and analysis results: a human-readable and machine-interpretable XML format.

Measurement SensorsVol. 38
Physikalisch-Technische Bundesanstalt (DE)
Openalex Percentile: Top 67%
Nuclear Physics and Applications
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