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首页> 外文期刊>Radiation Protection Dosimetry >ANALYSIS OF SPECTRALLY RESOLVED THERMOLUMINESCENCE OF LiF:Mg,Cu,P DETECTORS BY THE SURFACE FITTING METHOD USING ALGORITHM FOR UNRESTRICTED PEAK POSITIONS
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ANALYSIS OF SPECTRALLY RESOLVED THERMOLUMINESCENCE OF LiF:Mg,Cu,P DETECTORS BY THE SURFACE FITTING METHOD USING ALGORITHM FOR UNRESTRICTED PEAK POSITIONS

机译：LiF：Mg，Cu，P探测器光谱分辨热发光的无峰峰位置表面拟合算法分析

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摘要

Recently developed surface fitting technique is a natural replacement for the widely used glow curve deconvolution (GCD) technique. Surface fitting can be applied for advanced spectrally resolved thermoluminescence (TL) measurements. It combines both kinetic and emission-band analysis. Owing to greater number of parameters and data points the algorithm is more time-consuming than usual GCD. However, it offers greater reliability in determination of trap parameters. This is especially important for spectrally resolved measurements that are usually performed at low-light level conditions. This paper demonstrates an application of the surface fitting method to the analysis of TL-3D data from LiF:Mg,Cu,P detectors. The spectra were analysed using two different variants of surface fitting--for restricted and unrestricted peak positions.
机译：最近开发的表面拟合技术自然替代了广泛使用的辉光曲线反褶积（GCD）技术。表面拟合可用于高级光谱解析热发光（TL）测量。它结合了动力学和发射带分析。由于参数和数据点数量更多，因此该算法比常规GCD耗时更多。但是，它在确定陷阱参数方面提供了更高的可靠性。这对于通常在弱光条件下执行的光谱分辨测量尤其重要。本文演示了表面拟合方法在分析LiF：Mg，Cu，P检测器中TL-3D数据中的应用。使用两种不同的表面拟合变量对光谱进行了分析-限制峰和非限制峰的位置。

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