Why are Pb isotopes used in studies of bronze objects from Late Bronze Age?
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Lead isotopes are utilized in studies of bronze objects from the Late Bronze Age to determine the provenance of the metals used in these artifacts. By analyzing the lead isotopic composition of copper alloys, researchers can identify the potential sources of ore raw materials for the production of bronze items. This analysis helps in establishing connections between the copper artifacts and the original ores from regions like the Trans-Urals or Cis-Urals, providing insights into the utilization of different ore deposits and the potential remelting of bronze scrap. Lead isotope analysis methodology is crucial for assessing the uniformity/heterogeneity of ore base utilization and determining the localization of utilized resources in the Bronze Age, reflecting the complex geochemical relationships within the analyzed alloys.
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16 Sep 2019 1 Citations | Pb isotopes are utilized in Late Bronze Age bronze object studies to determine ore source uniformity/heterogeneity, aiding in identifying resource localization due to variations in isotopic composition. |
| Lead isotopes are utilized to trace probable metal sources in Late Bronze Age bronze objects, revealing multiple ore deposits and recycling of bronze scrap in the Sosnovo-Mazinsky hoard. | |
| Pb isotopes are utilized in Late Bronze Age bronze object studies for provenancing, aiding in determining the geographical sources of the metals used in ancient artifacts. | |
1 Citations | Pb isotopes are utilized to trace the origin of copper used in Late Bronze Age bronze objects, as the isotopic composition remains constant through metallurgical processes, aiding in identifying ore sources. |
| Pb isotopes are used in studies of Late Bronze Age bronze objects to determine the lead source, aiding in understanding alloy composition, manufacturing techniques, and potential trade routes. |
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