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UDC 621.315.592
METHODS OF CALCULATION OF THE CURRENT DENSITY IN QUASI-2D SEMICONDUCTOR SUPERLATTICES
Sukhova Tatyana Aleksandrovna
Volzhskiy Polytechnic Institute (branch) of the Federal state educational institution of higher professional education "Volgograd state technical University
candidate of physico-mathematical Sciences, associate Professor of the Department "Applied physics"
Volzhskiy Polytechnic Institute (branch) of the Federal state educational institution of higher professional education "Volgograd state technical University
candidate of physico-mathematical Sciences, associate Professor of the Department "Applied physics"
Abstract
In this paper methods of calculating the density of the current in casewwero superlattice with cosine dispersion. This law is the most common. The proposed methods of calculation of the current density is simple and accessible to understanding how highly qualified specialists with master and postgraduate students of physical specialties. The results obtained can be used for calculation of electric fields.
Keywords: cosine dispersion law, nonequilibrium phase transitions, quasi-two-dimensional superlattices, the Boltzmann equation, the Drude model
Category: Physics
Article reference:
Sukhova T.A. Methods of calculation of the current density in quasi-2d semiconductor superlattices // Researches in Science. 2014. № 3 [Electronic journal]. URL: https://science.snauka.ru/en/2014/03/6634
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