M. Járó - L. Költő szerk.: Archaeometrical research in Hungary (Budapest, 1988)
Selected Bibliography - Summaries
Karmacsi Á. — Zimmer K. — Abo Bakr Mohamed El-Nady: Régészeti üvegminták GDSkisülési stabilitásának vizsgálata elektronsugaras mikroanalizátorral (Stability investigation of glow discharge radiation source on archaeological glass samples). - Proc. 28th Hung. Conf. on-Spectral Analysis, Eger, 1985, p. 203,(In Hungarian) For the instability of the glow discharge the water content, the rough granular structure and the different composition of the crystals are responsible. Danzer, K. — Zimmer K. — Flórián K.: Classification of spectrographs data by means of multivariate statistical methods. =2nd Hungaro-Italian Symposium on Spectrochemistry, ATOMKI Report C/2, Budapest, 1985, p. 334. The classification of historical glass bead findings by their spectroscopically determined trace contents of colouring elements as well as other glasses to their origin has been made by the supervised learning method, applying multidimensional variance and discriminant analysis. Obsidian, stone artifacts T. Bíró K.: A Kárpát medencei obszidiánok vizsgálata (Archaeometrical study of the Carpathian obsidians) = Archaeológiai Értesítő 108/2 (1981) pp. 194-205. (In Hungarian) A survey of technical literature on Carpathian obsidians and results of analyses performed in the Department of Petrology and Geochemistry, Eötvös Lóránd University, Budapest. The study contains the main component analysis and OES of 9, source collected Hungarian and Slovakian samples that were investigated in thin section and by X-ray diffractometry. T. Bíró K. - Pozsgai I.: Az obszidián hidrációs kérgének vizsgálata kormeghatározás céljából (Obsidian hydration rind measurement for archaeological dating) = Archaeológiai Értesítő 109/1 (1982) pp. 124-132 .(In Hungarian) The article deals with practical problems of hydration measurements: apart from light microscopy, an attempt is made to use scanning electron microscopy to determine the thickness of the hydration rind on HF etched specimens. There are 8 items included ranging from Middle Palaeolithic túl Neolithic from the collection of the Hungarian National Museum. Microprobe analysis was used to demonstrate the differences in chemical composition of the hydration rind and the interiors of the obsidian. Takácsáé Bird K.: Az obszidián archaeome triai vizsgálata (Archaeometrical study of obsidian) = Régészeti Továbbképző Füzetek, DOBOSI V. ed., 1 (1982) pp. 56-64. (In Hungarian) Obsidian can be investigated in various ways for archaeology and archaeometry: apart from the most important aspects of source characterization and distribution studies,
