Elena Basso

Dr. Elena Basso

orcid

Research Focus & Metrics

Academic Career Length

23Years (2004-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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17 February 2014 in Journal of Raman Spectroscopy
Verified
Journal Article
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EBElena Basso
Elena Basso
Claudia InvernizziClaudia Invernizzi
Claudia Invernizzi
MMM. Malagodi
M. Malagodi
Mauro F. La RussaMauro F. La Russa
Mauro F. La Russa
DBD. Bersani
D. Bersani
Pier Paolo LotticiPier Paolo Lottici
Pier Paolo Lottici

25 March 2019 in Journal of Raman Spectroscopy
Verified
Journal Article
Closed access
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FPFederica Pozzi
Federica Pozzi
EBElena Basso
Elena Basso
ARAdriana Rizzo
Adriana Rizzo
ACAnna Cesaratto
Anna Cesaratto
TTThomas J. Tague
Thomas J. Tague

1 January 2016 in Microchemical Journal
Verified
Journal Article
Closed access
Donatella BarcaDonatella Barca
Donatella Barca
EBElena Basso
Elena Basso
DBDanilo Bersani
Danilo Bersani
GGGiuliana Galli
Giuliana Galli
Claudia InvernizziClaudia Invernizzi
Claudia Invernizzi
SRSilvestro Antonio Ruffolo
Silvestro Antonio Ruffolo

5 July 2016 in Heritage Science
Verified
Journal Article
Open access
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YLYanbing Luo
Yanbing Luo
EBElena Basso
Elena Basso
HSHenry D. Smith
Henry D. Smith
MLMarco Leona
Marco Leona
A multi-analytical investigation of Japanese woodblock prints ranging in date from 1864 to 1895 and covering essentially the time span between the very end of the Edo period and the middle of the Meiji period showed a widespread use of arsenic sulfides for yellow and green colored areas (the latter obtained by mixing Prussian blue to the yellow arsenic sulfides). Analysis by optical microscopy, X-ray fluorescence spectroscopy, Raman microscopy, and Scanning Electron Microscopy confirmed that the yellow pigment is usually a compound belonging to the solid solution series (As8S8)–(As8S9). The poor crystallinity of the pigment as shown by Raman microscopy, the non-stoichiometric As/S ratio, as well as the presence of excess uncombined sulfur point to a synthetic origin for the pigment. Period literary sources suggest that synthetic arsenic sulfide pigments manufacture might have started in the Iwashiro province in 1846. This is to our knowledge the first conclusive evidence for the use of synthetic arsenic sulfides in woodblock prints in Japan.

4 September 2008 in Archaeometry
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Journal Article
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EBElena Basso
Elena Basso
BMB. Messiga
B. Messiga
Maria Pia RiccardiMaria Pia Riccardi
Maria Pia Riccardi
The Mt Lecco glass factory was one of the most important production centres in Liguria (Italy) during the 14th and 15th centuries. Archaeological evidence indicates that the whole production cycle took place here. During the glassworking process, production defects such as ‘stones’ were identified and discarded. Stones are partially melted, glass‐coated relics of raw materials or fragments of crucible. The study of the microtexture of stones together with microprobe analyses of phases provides a key for understanding the glassmaking procedure carried out in the Mt Lecco glass factory. The melting rate can be inferred from the compositional variability of glass, which suggests fractional melting of the batch. Glass composition indicates that the Mt Lecco production was a mixed‐alkali one, probably made of quartz‐bearing material as vitrifying agents, plant ashes as fluxing agents and dolomitic limestones as stabilizing agents.

1 December 2008 in Journal of Cultural Heritage
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Journal Article
Closed access
DGDomingo Gimeno-Torrente
Domingo Gimeno-Torrente
Maite Garcia-VallesMaite Garcia-Valles
Maite Garcia-Valles
JFJose-Luis Fernández-Turiel
Jose-Luis Fernández-Turiel
FBFlavia Bazzocchi
Flavia Bazzocchi
MAMeritxell Aulinas
Meritxell Aulinas
BMBruno Messiga
Bruno Messiga