The Analyst software package for luminescence data: overview and recent improvements
The Analyst software package for luminescence data: overview and recent improvements
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发表时间：
2015-06
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通讯作者：
G. Duller
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作者：
G. Duller
为地质年代学和剂量测定收集的发光数据需要不同类型的操作和分析，以便提取感兴趣的信息。随着用于测量发光信号的自动化系统的发展（Botter-Jensen等人，2010年），可以获取数据的速率已经增加。此外，从单个矿物颗粒获得发光信号的设备的开发，无论是使用扫描系统（Duller等人，1999）或成像系统（Alfresen等人，而这一情况进一步恶化。对每个样品进行数千个颗粒的等效剂量测量并不罕见，涉及数万个单独的发光测量。
Luminescence data collected for geochronology and dosimetry requires different types of manipulation and analysis in order to extract the information of interest. As automated systems for measurement of luminescence signals have developed (Botter-Jensen et al., 2010), the rate at which data can be acquired has increased. In addition, the development of equipment to obtain luminescence signals from individual mineral grains, whether using scanning systems (Duller et al., 1999) or imaging systems (Thomsen et al., in press), has further exacerbated this situation. It is not uncommon to make equivalent dose measurements of thousands of grains for each sample, involving tens of thousands of individual luminescence measurements.