Abstract
Neutron activation analysis was used for provenance studies of ceramics from the early middle ages (avar period). 14 trace elements and Fe were determined by multiisotope comparator method. Computerized mathematical statistical methods (cluster-, and similarity analysis) were used for grouping the samples according to the similarity of their trace element distributions.
Similar content being viewed by others
References
M. BALLA, D. GABLER, Arch. Ért., 109 (1983) No. 1, 74.
D. GABLER, M. BALLA, J. BÉRCZI, G. KEÖMLEY, Arch. Ért., 113 (1986) No. 1, 32.
M. BALLA, J. BÉRCZI, G. KEÖMLEY, GY. ROSNER, D. GABLER, Provenance studies of ceramics by NAA, Archaeometrical Research in Hungary, Budapest, 1988, p. 103.
L. VÁNDOR, M. BALLA, J. BÉRCZI, G. KEÖMLEY, Későgótikus idomtégla (terakotta) műhely a Nyugat-Dunántúlon, Zalai Gyűjtemény, Zalaegerszeg (in press).
F. WIDEMANN, Dossiers de'l archéologie, 42 (1980) 28.
F. LAUBENHEIMER, F. WIDEMANN, Rev. d'Archéom., 1 (1977) 58.
F. WIDEMANN, F. LAUBENHEIMER, M. ATTAS, P. FONTES, K. GRUEL, J. LEBLANC, J. LLERES, Analytical and typological study of Gallo-Roman workshops producing amphorae in the area of Narbonne. Archaeophysika, Vol. 10, Bonn, 1978, p. 317.
F. WIDEMANN, J. Radioanal. Chem., 55 (1980) 271.
P. FONTES, F. LAUBENHEIMER, J. LEBLANC, F. BONNEFOY, K. GRUEL, F. WIDEMANN, Revue d'Arch. Suppl., (1981) 95.
F. WIDEMANN, F. LAUBENHEIMER, J. LEBLANC, Sci. Studies in Ancient Ceram. BMRL, (1981) 57.
R. SALAZAR, U. WAGNER, F. E. WAGNER, W. KORSCHINSKY, M. ZAHN, J. RIEDERER, F. KAUFFMANN-DOIG, First results of Mössbauer and neutron activation analysis studies of recent finds from Chavin. Proc. 1984 Intern. Symp. on Archaeometry Washington D. C., 1986, p. 143.
C. ULBERT et al., Recent ceramic finds from Montegrande, Peru, studied by physical methods. 46th Intern. Congress of Americanists, 1988, Amsterdam.
R. GEBHARD et. al., Mössbauer and neutron activation analysis study of ceramic finds from Canapote, Colombia, Proc. Intern. Symp. on Archaerometry, Toronto, 1988.
G. HARBOTTLE, Archaeometry, 12 (1970) 34.
D. BROOKS, A. M. BIEBER, Jr., G. HARBOTTLE, E. V. SAYRE, Biblical studies through activational analysis of ancient pottery, Arch. Chem. Adv. in Chem. Ser. 138. Washington 1974, p. 48.
N. HAMMOND, G. HARBOTTLE, T. GAZARD, Archaeometry, 18 (1976) 147.
A. M. BIEBER, Jr. D. W. BROOKS, G. HARBOTTLE, E. V. SAYRE, Compositional groupings of some ancient aegean and Eastern Mediterranean pottery, Applicazione dei metodi nucleari nel campo delle opere d'arte, Roma 1976, p. 111.
I. PERLMAN, F. ASARO, Archaeometry, 11 (1969) 21.
I. PERLMAN, F. ASARO, Deduction of provenience of pottery from trace element analysis, Scientific Methods in Medieval Archaeology. R. BERGER (Ed.), UCLA 1970.
T. BEREZNAI, D. BÓDIZS, G. KEÖMLEY, J. Radioanal. Chem., 36 (1977) 509.
J. C. DAVIS, Statistics and Data Analysis in Geology John Wiley and Sons, Inc., New York, 1973.
GY. ROSNER, M. BALLA, J. BÉRCZI, G. KEÖMLEY, A Szekszárd-Bogyiszlói úti avar település. (Az avar kerámia neutronaktivációs elemzésének régészeti értelmezése), Mitteilungen des Archaeologischen Institute der Ungarischen Akademie der Wissenschaften (in press).
Author information
Authors and Affiliations
Additional information
To the memory of János BÉRCZI.
Rights and permissions
About this article
Cite this article
Balla, M., Keömley, G. & Rosner, G. Neutron activation analysis for provenance studies of archaeological ceramics. Journal of Radioanalytical and Nuclear Chemistry, Articles 141, 7–16 (1990). https://doi.org/10.1007/BF02060180
Received:
Issue Date:
DOI: https://doi.org/10.1007/BF02060180