MOESSBAUER SPECTROSCOPIC, CHEMICAL AND MINERALOGICAL CHARACTERIZATION OF IBERIAN POTTERY

José Ramón Gancedo · Mercedes Gracia · Alfonso Hernández‐Laguna

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Cultural Heritage Materials Analysis Archaeological and Geological Studies Metallurgy and Cultural Artifacts

Abstract

Three types of Iberian pottery from the same excavation and archaeological level have been studied by Moessbauer spectroscopy, atomic absorption spectroscopy, X‐ray diffraction, and transmitted‐light polarizing microscopy. The results are compatible with a common origin, a firing temperature below 850 °C, and a different fabrication technique for each pottery type.

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References

1981Moessbauer Study of the Effect of Calcium Content on Iron Oxide Transformations in Fired Clays 1975The Potter's Dictionary of Materials and Techniques 1974HELLENISTIC GLAZED WARES FROM ATHENS AND SOUTHERN ITALY: ANALYTICAL TECHNIQUES AND IMPLICATIONS 1974MÖSSBAUER STUDY OF FIRING CONDITIONS USED IN THE MANUFACTURE OF THE GREY AND RED WARE OF TURENG-TEPE 1980MÖSSBAUER STUDY OF GLOZEL TABLET 198 bI 1978COMPOSITION OF THE TERRA SIGILLATA FROM LA PÉNICHE (VIDY/LAUSANNE, SWITZERLAND)1980Neutron activation and X-ray analysis of “Thapsos Class” vases. An attempt to identify their origin

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2002A Mössbauer study of the color of Roman pottery from the Leptiminus archaeological site, Tunisia

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