Effect of magnetic bias on Gaussian pulse scattering by stacked nonlinear semiconductor layers

O.V. Shramkova; A.G. Schuchinsky

doi:10.1109/ICTON.2013.6602746

Effect of magnetic bias on Gaussian pulse scattering by stacked nonlinear semiconductor layers

O.V. Shramkova, A.G. Schuchinsky

Research output: Contribution to conference › Paper › peer-review

Abstract

The nonlinear scattering of pulses by periodic stacks of semiconductor layers with magnetic bias has been studied in the self-consistent problem formulation, taking into account mobility of carriers. The three-wave mixing technique has been applied to the analysis of the waveform evolution in the stacks illuminated by two Gaussian pulses with different central frequencies and lengths. The effects of external magnetic bias, and stack physical and geometrical parameters on the properties of the scattered waveforms are discussed.

Original language	English
DOIs	https://doi.org/10.1109/ICTON.2013.6602746
Publication status	Published - 01 Jun 2013

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title = "Effect of magnetic bias on Gaussian pulse scattering by stacked nonlinear semiconductor layers",

abstract = "The nonlinear scattering of pulses by periodic stacks of semiconductor layers with magnetic bias has been studied in the self-consistent problem formulation, taking into account mobility of carriers. The three-wave mixing technique has been applied to the analysis of the waveform evolution in the stacks illuminated by two Gaussian pulses with different central frequencies and lengths. The effects of external magnetic bias, and stack physical and geometrical parameters on the properties of the scattered waveforms are discussed.",

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N2 - The nonlinear scattering of pulses by periodic stacks of semiconductor layers with magnetic bias has been studied in the self-consistent problem formulation, taking into account mobility of carriers. The three-wave mixing technique has been applied to the analysis of the waveform evolution in the stacks illuminated by two Gaussian pulses with different central frequencies and lengths. The effects of external magnetic bias, and stack physical and geometrical parameters on the properties of the scattered waveforms are discussed.

AB - The nonlinear scattering of pulses by periodic stacks of semiconductor layers with magnetic bias has been studied in the self-consistent problem formulation, taking into account mobility of carriers. The three-wave mixing technique has been applied to the analysis of the waveform evolution in the stacks illuminated by two Gaussian pulses with different central frequencies and lengths. The effects of external magnetic bias, and stack physical and geometrical parameters on the properties of the scattered waveforms are discussed.

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Effect of magnetic bias on Gaussian pulse scattering by stacked nonlinear semiconductor layers

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