Innovative noninvasive material analysis techniques are applied to determine archaeometallurgical characteristics of copper-alloy coins from Florence's National Museum of Archaeology. Three supposedly authentic Roman coins and three hypothetically fraudolent imitations are thoroughly investigated using laser-induced plasma spectroscopy and time of flight neutron diffraction along with 3D videomicroscopy and electron microscopy.
Combined elemental and microstructural analysis of genuine and fake copper-alloy coins / L Bartoli;J Agresti;M Mascalchi;A Mencaglia;I Cacciari;Salvatore Siano. - In: QUANTUM ELECTRONICS. - ISSN 1063-7818. - STAMPA. - 41:(2011), pp. 663-668. [10.1070/QE2011v041n07ABEH014523]
Combined elemental and microstructural analysis of genuine and fake copper-alloy coins
MASCALCHI, MARTA;
2011
Abstract
Innovative noninvasive material analysis techniques are applied to determine archaeometallurgical characteristics of copper-alloy coins from Florence's National Museum of Archaeology. Three supposedly authentic Roman coins and three hypothetically fraudolent imitations are thoroughly investigated using laser-induced plasma spectroscopy and time of flight neutron diffraction along with 3D videomicroscopy and electron microscopy.
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