Abstract
In this work, a new program is presented that, in addition to performing the deconvolution of Thermoluminescence glow curves, allows the user to store multiple deconvolution data. This data is stored in an internal database, which allows the fitted parameters to be compared. After these deconvolutions, the program allows the user to summarize the values of the selected parameters. These values can be fitted with some of the available functions to observe the behavior of each parameter for each isolated peak. The program was tested with data from the GLOCANIN project to observe the accuracy of the deconvolution in synthetic and real samples with different number of peaks. Natural quartz grains obtained from sediments and irradiated with different doses were used for the Growth curves. After deconvolution, five peaks were identified, which showed different behaviors; these new data were fitted with different functions using the same program.
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