Sandro Meloni
University of Pavia
44 Papers
284 Citations
Sandro Meloni is an academic researcher from University of Pavia. The author has contributed to research in topics: Neutron activation analysis & Adsorption. The author has an hindex of 11, co-authored 44 publications.
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Papers
Provenance studies of obsidian artifacts: Trace elements analysis and data reduction
TL;DR: In this article, instrumental neutron activation analysis in geological samples of obsidian rocks from the Mediterranean Area and in obsidian artifacts found in some prehistorical human settlements in Italy was used to identify the source material of artifacts.
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A map of the Monte Arci (Sardinia Island, Western Mediterranean) obsidian primary to secondary sources. Implications for Neolithic provenance studies
Carlo Lugliè,François-Xavier Le Bourdonnec,Gérard Poupeau,Marcel Bohn,Sandro Meloni,Massimo Oddone,Giuseppa Tanda +6 more
TL;DR: Luglie et al. as mentioned in this paper presented a map of their occurrences from primary sources (mother rocks) to distant secondary deposits in the surrounding plains, showing that secondary sources, up to now largely neglected in provenance studies of ‘archaeological’ obsidians will have from now to be taken into account.
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Binding of collagen to group A, B, C, D and G streptococci
TL;DR: Binding of 125I-labelled collagen type II to group A, B, C, D and G streptococci was studied, and binding was inhibited by unlabelled type I, II and III collagens and gelatin, suggesting that a common structure of variouscollagens is involved in binding.
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Characterisation of Armenian Obsidians: Implications for Raw Material Supply for Prehistoric Artifacts
TL;DR: In this article, Obsidians from occurrences located in Armenia have been analyzed using neutron activation analysis, both instrumental and epithermal, in order to enhance the knowledge of characteristics of potential sources of raw material exploited during prehistory.
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Neutron Activation Analysis: a Powerful Tool for Assay of Rare-Earth Elements in Terrestrial Materials
TL;DR: In this paper, a critical review of both instrumental and destructive methods for determination of rare-earth elements in different matrices has been developed at the University of Pavia using the 250 Kw TRIGA Mark II reactor.
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