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首页> 外文期刊>Spectrochimica Acta, Part B. Atomic Spectroscopy >Adulterations in first century BC: the case of greek silver drachmae analyzed by X-ray methods
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Adulterations in first century BC: the case of greek silver drachmae analyzed by X-ray methods

机译:公元前一世纪的掺假:通过X射线分析的希腊德拉克马案例

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For coins, chemical differences that occur during preparation affect the elemental composition and can be used to identify the producing technologies and workshops and to distinguish between originals and counterfeits. In this study, we focus our attention on some Thassos silver tetradrachmae and on an important number of Apollonia-Dyrrhachium silver drachmae emitted by these Greek cities under Pompejus authority during the First Roman Civil War. All the analyzed coins were found on the territory of present Romania (ancient Dacia). The important presence of Apollonia-Dyrrhachium drachmae here can be explained by the hypothesis that these coins were probably used by Pompejus as payment for Dacian mercenaries. To analyze the elemental composition we used: ~(241)Am gamma source based X-ray fluorescence and in vacuum 3 MeV protons particle induced X-ray emission. The following main categories were found: original coins, local (Barbarian) imitations, debased coins with silver content down to 70% official (original dies) counterfeits of bronze, official counterfeits of tin, and plated coins-a bronze core covered by a 0.2-0.5 mm silver layer.
机译:对于硬币,在制备过程中发生的化学差异会影响元素组成,可用于识别生产技术和生产车间以及区分原版和伪造品。在这项研究中,我们将注意力集中在第一次罗马内战期间在庞贝茹斯(Pompejus)统治下的这些希腊城市中,一些萨索斯岛的四德拉克马银和大量的Apollonia-Dyrrhachium银德拉克马。所有分析过的硬币都在当前的罗马尼亚(古代达契亚)领土上发现。假单胞菌-Dyrrhachium drachmae在这里的重要存在可以通过以下假设来解释,即这些硬币可能被庞贝jus用来支付达卡安雇佣军的款项。为了分析元素组成,我们使用了:〜(241)Amγ射线源的X射线荧光和真空中3 MeV质子粒子诱导的X射线发射。发现以下主要类别:原始硬币,本地(野蛮人)仿制,银含量低至70%的官方(原始模具)青铜伪造品,银的官方伪造品和镀金币(含0.2 -0.5毫米银层。

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