COTA ZERO n. 21, 2006. Vic, p. 87-95Isotopic analysis of archaeological metals plays a key role in provenance and trade/exchange studies. These analytical techniques were developed originally in the field of Earth Sciences for the study of rocks and minerals, but since the 60s of the XX century have also been used for the analysis of many ancient materials (metals, glass and glazed pottery). Of particular interest for tracing the provenance of metals is lead (Pb). Depending on age, type and geochemical composition of the ore source, different isotopic compositions are found. Due to isotopic ratios not changing through the metallurgical processes (smelting and melting),the isotopic fingerprint of one metal can be linked with the ore source...
Lead isotopic analysis may be of great interest for provenance determination of ancient bronze artef...
It has been a principal aim of research at the Isotrace Laboratory in Oxford to establish Bronze Age...
Ten Early Bronze Age (BzA1, 2200e2000 BC) copper artefacts from the central Valais region from Switz...
Advances in mass spectrometry in the second half of this century allowed very accurate measurements ...
Pb isotopic analyses on metal artifacts help constrain their provenance. Useful and reliable data re...
International audienceLead isotopes combined with trace element data represent a powerful tool for n...
Identifying the geological provenance of an artifact, i.e. the origin of the ores used to produce a ...
The archaeometric study of copper and bronze artifacts from well-dated protohistoric contexts in Fri...
Numerous studies of glazed coatings on ancient ceramics aimed at understanding the ancient productio...
International audienceThe identification of metal provenance is often based on chemical and Pb isoto...
Applications of lead and strontium isotope analysis were made on archaeological materials from three...
International audienceA new separative chemistry methodology is developed for ancient gold matrices ...
The chemical analysis of objects made from metals and alloys known before. c. AD 1500 is considered....
This study is based on a systematic approach specifically focused on tesserae, tokens, seals, and ot...
THE IDENTIFICATION OF THE SOURCE OF COPPER MINERALS USED FOR PREHISTORIC SMELTING IS A HOTLY DEBATED...
Lead isotopic analysis may be of great interest for provenance determination of ancient bronze artef...
It has been a principal aim of research at the Isotrace Laboratory in Oxford to establish Bronze Age...
Ten Early Bronze Age (BzA1, 2200e2000 BC) copper artefacts from the central Valais region from Switz...
Advances in mass spectrometry in the second half of this century allowed very accurate measurements ...
Pb isotopic analyses on metal artifacts help constrain their provenance. Useful and reliable data re...
International audienceLead isotopes combined with trace element data represent a powerful tool for n...
Identifying the geological provenance of an artifact, i.e. the origin of the ores used to produce a ...
The archaeometric study of copper and bronze artifacts from well-dated protohistoric contexts in Fri...
Numerous studies of glazed coatings on ancient ceramics aimed at understanding the ancient productio...
International audienceThe identification of metal provenance is often based on chemical and Pb isoto...
Applications of lead and strontium isotope analysis were made on archaeological materials from three...
International audienceA new separative chemistry methodology is developed for ancient gold matrices ...
The chemical analysis of objects made from metals and alloys known before. c. AD 1500 is considered....
This study is based on a systematic approach specifically focused on tesserae, tokens, seals, and ot...
THE IDENTIFICATION OF THE SOURCE OF COPPER MINERALS USED FOR PREHISTORIC SMELTING IS A HOTLY DEBATED...
Lead isotopic analysis may be of great interest for provenance determination of ancient bronze artef...
It has been a principal aim of research at the Isotrace Laboratory in Oxford to establish Bronze Age...
Ten Early Bronze Age (BzA1, 2200e2000 BC) copper artefacts from the central Valais region from Switz...