Propagation of Electromagnetic Solitons in Quantum Superlattices Subjected to the High-Frequency Radiation
The renormalization equation for nonlinear electromagnetic wave propagating in superlattice subjected to the high-frequency electromagnetic radiation was derived by averaging method. The expression for dissipative soliton potential was obtained. The possibility of propagation of two types of dissipative soliton in superlattice subjected to the high-frequency electromagnetic radiation was discussed. The shape and type of such solitons were shown to be regulated by changing of amplitude of high-frequency field. The chaotic behavior of the electrons in superlattice was investigated by Melnikov method. The frequency interval of high-frequency radiation of fixed amplitude for which in SL the dynamic chaos occurs was found.
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Document Type: Research Article
Publication date: August 1, 2014
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