Section 1. | Methodological development |
P01 | Amadori M.L., Levi S.T., Raffaelli G. | The non homogeneous raw materials in protohistoric pottery: the Imola case study compared with other production | P02 | Baranowski M., Bobryk E., Daszkiewicz M., Schneider G., Schreiber J. | Possibilities and limitation of macroscopic determination of pottery fabrics in the field | P04 | Hoeck V., Ionescu C. | Electron microprobe analysis for archaeoceramics | P05 | Ikäheimo J.P., Pena Th. | The Palantine East Pottery Project: A Holistic Approach to the Study and Publication of an Excavated Pottery Assemblage from Rome | P06 | Kasztovszky, Zs. | Applicability of Prompt Gamma Activation Analysis to Archaeometry of Pottery | P07 | Kockelmann, W. | How useful is neutron diffraction for studying archaeological ceramics? | P08 | Mihály, J.-- Veres, M.--Tóth, A.-- Tóth, Zs.-- Ilon, G. | Vibrational spectroscopic study of Late Neolithic painted ceramics from Szombathely-Oladi plató (Western Hungary) | P09 | Niknami K.A., Bahranipur H. | A multivariate technique to analyze stylistic variations in the pottery assemblage - case study from an Iron Age cemetery of Sarm, North Central Iran | P10 | Olcese G. | A new database of ancient pottery produced in Italy (1 author) | P11 | Tanevska V., Kuzmanovski I., Grupče O., Minčeva-Šukarova O. | Determination of the provenance of Vinica terra cotta icons using support vector machines | P12 | Trindade, M.J.F., Dias M.I., Rocha F., Coroado J., Prudencio M.I. | Comparison of mineralogical transformations by firing calcite and dolomite rich clays, used as raw materials for ancient ceramic production in Algarve region, Portugal |
Section 4. | Pottery as containers |
P34 | Cottica D., Mazzocchin G.A. | Pottery and pigment from the I.E. excavations in the forum of Pompeii | P35 | De Sena E. | New insights into the supply of wine and olive oil towards Rome: evidence from the École Francaise de Rome Chateau d'eau Project at Ostia Antica | P36 | Olcese G., Thierrin-Michel, G. | Graeco-Italic amphorae in the region of Ostia: archaeology and archaeometry | P37 | Turcanu S. | The Symbolic Meaning of Some Ceramic Items of Rough Paste Belonging to the Precucuteni-Cucuteni-Ariuşd-Tripolie Eneolithic Cultural Complex | P38 | Vuković J. | Functional Analysis of Pottery from the Early Neolithic site of Blagotin, Central Serbia |
Section 5. | Ceramics as building materials |
P39 | Capelli C., Cabella R., Lavagna R., Piazza M., Ramagli P. | Mineralogical and petrographic analyses of tiles from the Late Roman necropolis of Priamar, Savona (Liguria, NW Italy) | P40 | Macchiarola M., Gualtieri S., Paliotta M.F., Ercolani G. | The Roman archaeological site of Pietratonda (Southern Tuscany, Italy): an archaeometric study of bricks |
Section 6. | Industrial/technical ceramics |
P41 | Hein A., Georgokopoulou M., Zakarias N. | Metallurgical ceramics from Seriphos (Greece) - Technological characterization in view of Early Cycladic Metallurgy | P42 | Veldhuijzen, A. H. | Sacrificing Tuyères. Archaeological and Archaeometric Interpretation of Technical Ceramics in the First Iron Smelting (Tell Hammeh, Jordan; 930 CalBC) and Iron Smithing (Tel Beth-Shemesh; 900 CalBC) in the Levant. |
Section 7. | Ceramics in conservation |
P43 | Ionescu C., Hoeck V., Ghergari L. | Post-depositional chemical and mineralogical alteration of Late Bronze Age ceramic artefacts (Transylvania, Romania) | P44 | Lăcătuşu, C. | Preserving the Past: Cucuteni Ceramics Artworks Discovered at Scanteia - Iasi, Romania | P45 | Nel P. | Issues associated with adhesives used on archaeological pottery | P59 | Dúzs, Krisztina | Conservation and technology: observations on the Vörs-Máriaasszonysziget pottery assemblage |
Section 8. | Slips and glazes |
P46 | Amato F., Ercolani G., Fabbri B., Gualtieri S. | Chemical classification of the slip layers in Italian ceramics of the XV-XVII century | P47 | Hložek M., Trojek T. | X-ray Fluorescence Analyses of Postmedieval Glazed Pottery from Southern Moravia | P48 | Ige O.A. | Mineralogical and geochemical characterization of glass lined ceramic glazes from archaeological site in Ile-Ife, Southwestern Nigeria | P49 | Mangone A., Giannossa L., Ciancio A., Laviano, R., Traini, A. | Technological features of Apulian red figured pottery | P50 | Ricciardi, P.--Amato, F.--Colomban P. | Raman spectroscopy as a tool for the nondestructive characterization of slips and glazes of a «sgraffito» renaissance production | P51 | Tanevska V.,Piccardo P., Colomban P., Grupče O., Minčeva-Šukarova B. | Characterization of Byzantine glazed ceramic finds in republic of Macedonia by μ-Raman spectroscopy and scanning electron microscopy | P52 | Veiga J.P., Silva T.P., Figueiredo M.O. | Coordination environment of lead in coloured glazes from ancient tiles: an EXAFS approach through the Pb L3-edge | P53 | Wen R., Pollard A.M. | Comparative Study on Blue Pigment of Blue and White porcelain and Islamic Glazed Pottery 12th-17th century |
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