When appropriately analyzed, thermoluminescent dosimeter glow curve analysis allows for improved quantification of thermoluminescent material behavior while flagging abnormalities. The mathematical separation of a glow curve into contributions from energetically unique trap states, or glow curve analysis, may be used to remove undesired effects of signal fading for complex materials. A generalized glow curve analysis software for the separation of glow curves is presented in this paper. Written in C++, the software uses the first-order kinetics model with automatic peak identification. The automatic identification of peaks is achieved through a unique peak-finding algorithm. The program was performance tested using experimental glow curve data from LiF:Mg,Ti, and comparative results are presented.

中文翻译：

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LiF:Mg,Ti 的初步热释光剂量计辉光曲线分析和自动辉光峰识别。

当进行适当分析时，热释光剂量计辉光曲线分析可以改进热释光材料行为的量化，同时标记异常。将辉光曲线数学分离为能量上独特的陷阱状态的贡献，或辉光曲线分析，可用于消除复杂材料的信号衰落的不良影响。本文提出了一种用于分离辉光曲线的通用辉光曲线分析软件。该软件用 C++ 编写，采用一级动力学模型，具有自动峰识别功能。通过独特的寻峰算法实现峰的自动识别。使用 LiF:Mg,Ti 的实验辉光曲线数据对该程序进行了性能测试，并给出了比较结果。