Add to ORKGThis paper discusses the provenance inference from the lead isotope ratios. At first, the author classified the lead isotope ratios of the ore mined in Japan into Group Ia, Group Ib, Group Ic, Group II, Group III, and Group IV. Additionally, the lead isotope ratios of 29 new ore samples were analyzed in this study. As a result, each group of the lead isotope ratios have become clear to distribute in the same area. At last, through the lead isotope ratios, I discuss the provenance of raw material of copper and lead and the beginning time of the mining in ancient Japan
Pb isotopic analyses on metal artifacts help constrain their provenance. Useful and reliable data re...
<p>Lead isotope ratios of the Ashalim Cave lead object plotted against ores from selected regions. D...
Lead is a major component of Chinese ritual bronze vessels. Defining its sources and usage is thus h...
A well reasoned lead (Pb) isotope-driven provenance study lies in concert with a comprehensively eva...
Advances in mass spectrometry in the second half of this century allowed very accurate measurements ...
A well reasoned lead (Pb) isotope-driven provenance study lies in concert with a comprehensively eva...
Advances in mass spectrometry in the second half of this century allowed very accurate measurements ...
This paper explores the possible provenance of ores employed for metallurgical production during the...
International audienceThe identification of metal provenance is often based on chemical and Pb isoto...
International audienceLead isotopes combined with trace element data represent a powerful tool for n...
International audienceLead isotopes combined with trace element data represent a powerful tool for n...
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...
This special issue presents several studies applying lead isotope analysis (LIA) to address archaeol...
International audienceThe identification of metal provenance is often based on chemical and Pb isoto...
Pb isotopic analyses on metal artifacts help constrain their provenance. Useful and reliable data re...
<p>Lead isotope ratios of the Ashalim Cave lead object plotted against ores from selected regions. D...
Lead is a major component of Chinese ritual bronze vessels. Defining its sources and usage is thus h...
A well reasoned lead (Pb) isotope-driven provenance study lies in concert with a comprehensively eva...
Advances in mass spectrometry in the second half of this century allowed very accurate measurements ...
A well reasoned lead (Pb) isotope-driven provenance study lies in concert with a comprehensively eva...
Advances in mass spectrometry in the second half of this century allowed very accurate measurements ...
This paper explores the possible provenance of ores employed for metallurgical production during the...
International audienceThe identification of metal provenance is often based on chemical and Pb isoto...
International audienceLead isotopes combined with trace element data represent a powerful tool for n...
International audienceLead isotopes combined with trace element data represent a powerful tool for n...
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...
This special issue presents several studies applying lead isotope analysis (LIA) to address archaeol...
International audienceThe identification of metal provenance is often based on chemical and Pb isoto...
Pb isotopic analyses on metal artifacts help constrain their provenance. Useful and reliable data re...
<p>Lead isotope ratios of the Ashalim Cave lead object plotted against ores from selected regions. D...
Lead is a major component of Chinese ritual bronze vessels. Defining its sources and usage is thus h...