有机古测量学研究——热解毛细管气相色谱法(PY-CGC)鉴别木沥青和树皮沥青

L. Puchinger, F. Sauter, S. Leder, K. Varmuza
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引用次数: 6

摘要

沥青和沥青由各种落叶树木和针叶树的木材和树皮制备,并进行分析,以区分不同的起始材料。所有这些都是在一个考古问题的背景下完成的:为在考古发掘中经常发现的那些沥青的化学鉴定提供基础。为了扩展这种分析已经存在的可能性,本文讨论了热解与毛细管气相色谱的应用以及随后的化学计量学研究。结果表明,通过这种技术不仅可以清楚地区分落叶乔木和针叶树的沥青和沥青,而且还可以区分各自的物种。因此,为未来的研究提供了基础,旨在通过一种新的方法来识别真正的考古发现的起始材料,与我们迄今使用的方法相比,这种方法需要的样品材料数量要少得多。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Studies in Organic Archaeometry VII - Differentiation of Wood and Bark Pitches by Pyrolysis Capillary Gas Chromatography (PY-CGC)

Tars and pitches were prepared from wood and bark of various deciduous trees and conifers and analysed with the intention to distinguish between various starting materials. All this was done before the background of an archaeometrical problem: to provide a basis for the chemical identification of those pitches which are frequently found in archaeological excavations.

Intending to extend the already existing possibilities for such analyses the present paper is dealing with the application of pyrolysis coupled with capillary gas chromatography and by subsequent chemometric studies. It could be shown that by this technique indeed not only tars and pitches prepared from deciduous trees and from conifers could clearly be differentiated, but that even respective species could be identified. Thus a fundament is provided for future studies aiming to identify the starting material of real archaeological finds by a novel method which requires by far less quantities of sample material as compared to the methods hitherto used by us.

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