本研究开发了多元校正工具箱，化学因子分析工具箱，聚类分析工具箱，以及谱图分峰拟合工具箱。
In this sub-system, a toolbox of multivariate calibration, a toolbox of chemical factor analysis, a toolbox of cluster analysis, a toolbox of overlapping peak resolving were involved.
用热释光一般级动力学方程拟合发光曲线，得到了峰参数和陷阱参数值。
The peak parameters and trap parameters were estimated by fitting these curves using the TL general kinetic order equation.
以垃圾焚烧飞灰中的持久性组分分析为例，研究了不同程序升温条件下用于峰识别的拟合定量方法。
The curve fitting quantification method has been developed for peak recognition of complex and persistent components in fly ash from municipal waste incineration at different temperature programs.
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