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UDC 544.2.
PHENOMENOLOGY OF ELECTROMIGRATION IN OXIDE BRONZES: FROM THEORY AND EXPERIMENT TO PRACTICAL APPLICATION
Kotvanova Margarita Kondratyevna
Ugra State University
Ph.D., Professor, Department of Chemistry
Ugra State University
Ph.D., Professor, Department of Chemistry
Abstract
The paper deals with a wide range of phenomenological theories and experimental data on the mechanism of the electrical conductivity of the oxide bronzes proposed as the basis of obtaining a new class of biofunctional nanoparticles with desired electro and photo-absorbing properties. It is supposed to use particles of transition metal oxide bronzes, which have undergone processing in the high-energy powerful planetary mill. The study was supported by RFBR under the research project № 15-42-00106.
Keywords: electronic and ionic conductivity, mechanoactivation, mixed conductors, oxide bronze, photoabsorption, SHS
Article reference:
Phenomenology of electromigration in oxide bronzes: from theory and experiment to practical application // Modern technics and technologies. 2015. № 12 [Electronic journal]. URL: https://technology.snauka.ru/en/2015/12/8362
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