Metallographic Approach to the Investigation of Metallic Archaeological Objects

Maria Rosa Pinasco, Maria Giuseppina Ienco, Paolo Piccardo, Gabriella Pellati, Enrica Stagno
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引用次数: 15

Abstract

Metallic objects are considered among the most significant findings in Cultural Heritage and represent the ‘culture of Materials’ and the habits of an historical period and of a population. They also preserve traces of time: from the transformation of the ores in metal (by smelting) to the degradation from metal to oxidised compounds (by corrosion processes). Metallography, historically devoted to connect the microstructural features to production processes and to chemical-physical-mechanical properties is a powerful and relatively easy approach to characterise metallic findings. All analytical tools and methods in the hands of a metallographer are improved through experience and practice and provide a large number of information (elemental composition, primary and secondary microstructures, surface treatments, corrosion rate, original ores traces) by the preparation of a fairly small microdestructive sample. A wise and careful use of the metallography allows the balance “object sacrifice / knowledge improvement” to lean on the right side contributing to the hard work of rebuilding humankind history. Beside a description of a research protocol some practical examples concerning archaeological findings are presented in this paper.

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金属考古器物调查的金相学方法
金属物品被认为是文化遗产中最重要的发现之一,代表了“材料文化”和一个历史时期和人口的习惯。它们还保存了时间的痕迹:从金属矿石的转化(通过熔炼)到金属向氧化化合物的降解(通过腐蚀过程)。金相学历来致力于将微观结构特征与生产过程以及化学-物理-机械性能联系起来,是表征金属发现的一种强大且相对容易的方法。通过经验和实践,金相学家手中的所有分析工具和方法都得到了改进,并通过制备相当小的微破坏性样品提供了大量的信息(元素组成、初级和次级微观结构、表面处理、腐蚀速度、原始矿石痕迹)。明智而谨慎地使用金相学,可以使“实物牺牲/知识进步”的平衡向正确的方向倾斜,为重建人类历史的艰苦工作做出贡献。除了研究方案的描述外,本文还提出了一些有关考古发现的实际例子。
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