This paper shows the micro-XRF in-situ analysis of 15 Etruscan gold jewels (from the VII century BCE) in order to characterize the alloy composition of sheets, threads, filigrees, granules, as well as the joining zones. Based on these results, the manufacture technique and the production process employed by the Etruscan goldsmiths could be described.
In-situ non-destructive analysis of Etruscan gold jewels with the micro-XRF transportable spectrometer from CNA / Scrivano, S.; Ruberto, C.; Gómez-TubÃo, B.; Mazzinghi, A.; Ortega-Feliu, I.; Ager, F. J.; Laclavetine, K.; Giuntini, L.; Respaldiza, M. A.. - In: JOURNAL OF ARCHAEOLOGICAL SCIENCE: REPORTS. - ISSN 2352-409X. - ELETTRONICO. - 16:(2017), pp. 185-193. [10.1016/j.jasrep.2017.09.032]
In-situ non-destructive analysis of Etruscan gold jewels with the micro-XRF transportable spectrometer from CNA
Scrivano, S.;Ruberto, C.Membro del Collaboration Group
;Mazzinghi, A.Membro del Collaboration Group
;
2017
Abstract
This paper shows the micro-XRF in-situ analysis of 15 Etruscan gold jewels (from the VII century BCE) in order to characterize the alloy composition of sheets, threads, filigrees, granules, as well as the joining zones. Based on these results, the manufacture technique and the production process employed by the Etruscan goldsmiths could be described.
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2017 scrivano - Insitu non-destructive XRF analysis of Etruscan jewels.pdf.pdf
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