Complex metallographic study on Gepid bronze and silver buckles from the Great Hungarian Plain (5-6th cent.)

B. Török, M. Benke, V. Mertinger, P. Barkóczy, Á. Kovács, K. Hoppál, Péter F. Kovács
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引用次数: 1

Abstract

ABSTRACT This work presents a complex metallographic examination of bronze, silver and golden artefacts from early medieval German (Gepid) cemeteries of the Hungarian Plain, focusing on the finds from Tiszapüspöki.A newly developed non-destructive X-ray diffraction method was applied on the artefacts for the first time, as a novel approach, for sampling-free residual stress measurements. Other techniques such as optical microscopy and scanning electron microscopy combined with energy dispersive spectrometry has also been used. In addition to residual stress, crystallographic texture and properties of the reflections were analysed as well. The combined application of these methods was found to be an effective tool to deduce the production technologies of the examined artefacts. In addition to defining the characteristics of the material structures and compositions on the surfaces of the artefacts, the typical traces of several technological methods as casting, forming, coating were detected which are used for making various types of artefacts.
大匈牙利平原格皮德青铜和银扣的复杂金相研究(5-6分)
本研究对匈牙利平原中世纪早期德国(Gepid)墓地中的青铜、银和金文物进行了复杂的金相检查,重点研究了Tiszapüspöki的发现。本文首次将新开发的无损x射线衍射法应用于工件上,作为一种新的无采样残余应力测量方法。其他技术如光学显微镜和扫描电子显微镜与能量色散光谱相结合也被使用。除残余应力外,还分析了反射光的晶体织构和性能。这些方法的结合应用被发现是一种有效的工具来推断所检查的人工制品的生产技术。除了确定人工制品表面材料结构和成分的特征外,还检测了用于制造各种类型人工制品的几种技术方法的典型痕迹,如铸造,成型,涂层。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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