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Benefits of combined PIXE and AMS with new accelerators

机译:将PIXE和AMS与新的加速器结合使用的好处

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Combination of the elemental nondestructive analysis of artifacts by ion beam analysis (IBA) multielemental techniques (but mostly PIXE) with the accelerator mass spectroscopy (AMS) measurement of the age of the organic material discovered in the close vicinity of these artifacts (mainly available for recent excavations) gives new tools to archaeologists to improve their diagnosis in the study of the composition of ancient objects and of their workmanship in ancient times by using the same experimental facility for IBA and AMS. For potteries and metallic samples, IBA and AMS are to be applied on different samples excavated in the same environment but for organic archaeological samples, IBA and AMS techniques could be sequentially used on the same material. Results of these combined techniques on artifacts of various origins recently studied at CEDAD (CEntro di Datatione e Diagnostica), University of Salento, Lecce, Italy, are presented. Copyright (C) 2008 John Wiley & Sons, Ltd.
机译:通过离子束分析(IBA)多元素技术(主要是PIXE)对伪影进行元素非破坏性分析,并结合加速器质谱(AMS)测量在这些伪影附近发现的有机材料的年龄(主要适用于(最近的发掘)为考古学家提供了新的工具,可以通过使用相同的IBA和AMS实验设施来改进对古代物体的组成及其工艺的诊断。对于陶器和金属样品,IBA和AMS将应用于在相同环境中挖掘的不同样品,但是对于有机考古样品,IBA和AMS技术可依次用于同一材料。介绍了这些组合技术对各种来源的人工制品的结果,这些成果最近在意大利莱切的萨伦托大学的CEDAD(CEntro di Datatione e Diagnostica)进行了研究。版权所有(C)2008 John Wiley&Sons,Ltd.

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