We present a multi-methodological characterization of wall paintings from a Roman archaeological site in Cuma, focusing on differences between an indoor (domus) and outdoor fabrication (a temple, Tempio con Portico (TCP)). Both pigments, binders and mortars were studied via a combination of destructive/μ-destructive (mass spectrometry, ionic chromatography, ICP-based techniques) and non-destructive (Raman microscopy, small-angle neutron scattering and X-ray diffraction) methodologies. The systematic presence of dolomite only in mortars from TCP may suggest an intentional use of such limestone for the outdoor fabrication of public interest. Moreover, the detected binders (studied by LC-MS/MS and GC-MS) were proteinaceous in the case of domus (possibly egg and animal glue) and drying oils in the case of TCP. Ultimately, our multimethodological study provides an overall picture of the material components of paintings from fabrications with different use, proposing a hypothesis on technological choices according to conservative and destination reasons
Different technological solutions for outdoor and indoor Roman wall paintings / Vergara, A.; Birolo, L.; Tomeo, A.; Trifuoggi, M.; Auriemma, F.; Paduano, L.; Amoresano, A.; Vinciguerra, L.; De Rosa, C.; Ferrara, L.; Giarra, A.; Luchini, A.; Maio, C. e.; Greco, G.. - (2022), pp. 175-178. (Intervento presentato al convegno Cuma ed i Campi Flegrei. Archeologia, storia, società e territorio tenutosi a Napoli nel 11-13 maggio 2022).
Different technological solutions for outdoor and indoor Roman wall paintings
A. Vergara
;L. Birolo;M. Trifuoggi;F. Auriemma;L. Paduano;A. Amoresano;C. De Rosa;L. Ferrara;A. Giarra;A. Luchini;G. Greco
2022
Abstract
We present a multi-methodological characterization of wall paintings from a Roman archaeological site in Cuma, focusing on differences between an indoor (domus) and outdoor fabrication (a temple, Tempio con Portico (TCP)). Both pigments, binders and mortars were studied via a combination of destructive/μ-destructive (mass spectrometry, ionic chromatography, ICP-based techniques) and non-destructive (Raman microscopy, small-angle neutron scattering and X-ray diffraction) methodologies. The systematic presence of dolomite only in mortars from TCP may suggest an intentional use of such limestone for the outdoor fabrication of public interest. Moreover, the detected binders (studied by LC-MS/MS and GC-MS) were proteinaceous in the case of domus (possibly egg and animal glue) and drying oils in the case of TCP. Ultimately, our multimethodological study provides an overall picture of the material components of paintings from fabrications with different use, proposing a hypothesis on technological choices according to conservative and destination reasonsI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
