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Optical dating of pottery, burnt stones, and sediments from selected Quebec archaeological sites

机译:对选定魁北克考古遗址中的陶器,烧石和沉积物进行光学年代测定

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摘要

Recent developments in luminescence technologies applied to sediment dating is used to better constrain the age of archaeological events. Suitable geoarchaeological material includes sediments and fired objects, such as pottery and burnt stones. The assessment of archaeological ages illustrated here are based on single aliquot regeneration (SAR), with both infrared and blue stimulation on the same fine-grained aliquot being detected. These new approaches in optical dating were tested on polymineralic extracts of an Archaic burnt stone, a Woodland ceramic, and a soil containing Piano artefacts. The results demonstrate that whether or not these sites had yielded datable radiocarbon material, luminescence would have provided a reliable chronological framework given that the appropriate procedures to correct anomalous fading are incoiporated.
机译:用于沉积物测年的发光技术的最新发展被用来更好地限制考古事件的年代。合适的地质考古材料包括沉积物和烧制的物体,例如陶器和烧石。此处所示的考古年龄评估基于单个等分试样再生(SAR),同时检测到同一细粒等分试样的红外和蓝色刺激。这些光学约会的新方法是在古法烧石,林地陶瓷和含有钢琴人工制品的土壤的多矿物提取物中进行测试的。结果表明,如果不采用纠正异常衰落的适当程序,那么这些站点是否产生了可数据的放射性碳材料,发光将提供一个可靠的时间顺序框架。

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