Dielectric properties and specific conductivity of armenian natural clinoptilolite irradiated by electrons

Author:

Yeritsyan Hrant,Sahakyan Aram,Nikoghosyan Sergey,Harutiunian Vachagan,Gevorkyan Volodia,Grigoryan Norair,Hakhverdyan Eleonora,Keheyan Yeghis,Gevorgyan Rudolf,Sargisyan Hakob

Abstract

AbstractThe results of dielectric properties and direct current specific electric conductivity measurements in Armenian natural clinoptilolite samples are presented. Electron irradiation with energy 8 MeV and thermal treatment of samples are performed to elucidate possible enhancement mechanisms of clinoptilolite parameters. The results are discussed on the basis of new point structural defects formation and recombination of initial ones in samples. It was shown that the irradiation dose of 3·1016 el/cm2 is critical for natural zeolite structural change, which is manifested by significant changes in dielectric properties and other characteristics. The samples subjected to high temperature heating after electron irradiation, in comparison with an unquenched one, have a significantly higher (about an order of magnitude) value of specific conductivity.

Publisher

Walter de Gruyter GmbH

Subject

General Physics and Astronomy

Reference25 articles.

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3. V.M. Feodorov, B.A. Glazun, I.V. Gilenkov and M.M. Dubinin: “Study of dielectric properties of the water adsorbed in zeolites”, USSR AS News, Chem., Vol. 7, (1966), pp. 1129–1137 (in Russian).

4. D. Concepcion-Rosabal, J. Balmaceda-Era and G. Rodrigez-Fuentes: “Characterization of Fe2+-conaining natural clinoptilolite and its interaction with saccharides”, Microporous and Mesoporous Materials, Vol. 38, (2000), pp. 161–166.

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