Article ID Journal Published Year Pages File Type
1738276 Journal of Environmental Radioactivity 2013 6 Pages PDF
Abstract

An overview on the status and function of current spectrometry hardware, of detectors having energy-dispersive (spectrometric) properties as well as of the latest developments in quantitative spectrometry software is presented. Making extensive use of modern computing power, new strategies in high-precision spectrum analysis have been developed which enhance the quality of results and also open new fields of spectrometric applications. Three principles have been newly introduced to spectrum analysis software:-use no approximations in modelling (Physics, no numerology)-apply all available models to find a solution (Fuzzy Logic)-repeat complete analyses for iterative improvement (Learn from results).

► We present an overview of MCA hardware and detectors for nuclear spectrometry. ► Physics-oriented descriptions, Fuzzy Logic and multiple repetitive analyses lead to improved results in spectrum analysis. ► New strategies allow the successful deconvolution of spectra that could not be analysed before.

Related Topics
Physical Sciences and Engineering Energy Nuclear Energy and Engineering
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