Archaeometry · 2015 · 22 citations · 27 references
HumanitiesArchaeologyMaterials ScienceHistorical ArchaeologyMetallurgyPrehistoric ArchaeologyAlloysArchaeological Material CultureBronze Age ArchaeologyIron Age ArchaeologyMetallurgical ArchaeologyArchaeological MetallurgyBronze Age Material CultureBronze Age MetallurgyBronze Age MetalworkEarly MetallurgyMetal Artefact AnalysisMicrostructural ChangeMicrostructural Characterization
During the excavations of the graveyard at the site of Deh Dumen in south-western Iran, 15 graves from the Early/Middle Bronze Age were uncovered that contained a variety of metallic artefacts. This paper reports on the analysis of nine metal artefacts, including eight broken vessels and a decorative strip that covered the handle of a dagger. The ICP–MS results showed that the bodies of the vessels are made of tin bronze alloy with variable amounts of tin, while the internal piece of the base of one vessel is made from an arsenical copper alloy. Further, the metallic strip is a thin sheet manufactured with partially pure silver. Microanalytical and microstructural information yielded by SEM–EDS revealed elongated Cu–S inclusions and lead globules as various phases formed in bronze solid solution. This study presents some information about the transition from arsenical copper to bronze metallurgy in the third millennium bc in south-western Iran.
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The Early Periods at Susa, Mesopotamian Relations
L. Le Breton · Iraq · 1957 · 154 citations
Humanities, Archaeology, History +11
Sources of Tin and the Beginnings of Bronze Metallurgy
James D. Muhly · American Journal of Archaeology · 1985 · 122 citations
Metallography and microstructure of ancient and historic metals
Paul Craddock · Endeavour · 1992 · 97 citations