Deconvolution and Mass Spectroscopy: an Analysis of Theses and Dissertations in the Nuclear Field
DOI:
https://doi.org/10.5020/23180730.2025.16394Abstract
Deconvolution has been used in several areas of knowledge, such as in the nuclear area, mainly in processes in which the modeling of mathematical models for signal analysis is necessary. And one of these applications is related to gamma spectrometry. In order to demonstrate the relationship between deconvolution and spectrometry in the nuclear area, this article aimed to carry out a bibliographical review through the Theses and Dissertations Bank (BTD) of the Coordination of Higher Education Personnel (CAPES) of works carried out on the theme. It was found that although few works were identified in the nuclear area, the vast majority of works that used deconvolution are related to works that involve mass spectrometry, in several areas, such as the study of Genetic Algorithms, Coincidence peak-sum, Ion-ion coincidences, OSL and thermo-luminescent detectors and Neutron spectrometry, for example. It is understood, therefore, the relevance of scientific knowledge management for the recognition of deconvolution as an important tool in the analysis of signals in the nuclear area, especially in processes that use gamma spectrometry.
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Copyright (c) 2025 Max dos Santos Ramos, Jose Ubiratan Delgado, Fernando Razuck

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