Second Harmonics Excitation of Electron Longitudinal Electric Wave Modes in the Suddenly Created Weakly Nonlinear Magnetized Plasma. Transversal Propagation
Abstract
The nonlinear transformation of the linearly polarized source electromagnetic wave into electron and electromagnetic plasma oscillations, stationary (rectified and space-varying) modes and traveling electron and electromagnetic plasma waves, due to a weak nonlinearity, has been analyzed by second order perturbation theory in a radio approximation. The efficiency of the excitation of electron longitudinal second-harmonic electric wave modes, with double wave number with respect to the wave number modes obtained in the linear transformation, have been studied for different values of source wave frequency and taking electron cyclotron frequency as a parameter.
Keywords:
stationary rectified mode / electron plasma waves / second harmonic wave modeSource:
Contributed papers of 22th SPIG, 2004, 569-572Publisher:
- Faculty of Physics Belgrade
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Institution/Community
Mašinski fakultetTY - CONF AU - Trifković, Zoran AU - Stanić, Božidar V. PY - 2004 UR - https://machinery.mas.bg.ac.rs/handle/123456789/5049 AB - The nonlinear transformation of the linearly polarized source electromagnetic wave into electron and electromagnetic plasma oscillations, stationary (rectified and space-varying) modes and traveling electron and electromagnetic plasma waves, due to a weak nonlinearity, has been analyzed by second order perturbation theory in a radio approximation. The efficiency of the excitation of electron longitudinal second-harmonic electric wave modes, with double wave number with respect to the wave number modes obtained in the linear transformation, have been studied for different values of source wave frequency and taking electron cyclotron frequency as a parameter. PB - Faculty of Physics Belgrade C3 - Contributed papers of 22th SPIG T1 - Second Harmonics Excitation of Electron Longitudinal Electric Wave Modes in the Suddenly Created Weakly Nonlinear Magnetized Plasma. Transversal Propagation EP - 572 SP - 569 UR - https://hdl.handle.net/21.15107/rcub_machinery_5049 ER -
@conference{ author = "Trifković, Zoran and Stanić, Božidar V.", year = "2004", abstract = "The nonlinear transformation of the linearly polarized source electromagnetic wave into electron and electromagnetic plasma oscillations, stationary (rectified and space-varying) modes and traveling electron and electromagnetic plasma waves, due to a weak nonlinearity, has been analyzed by second order perturbation theory in a radio approximation. The efficiency of the excitation of electron longitudinal second-harmonic electric wave modes, with double wave number with respect to the wave number modes obtained in the linear transformation, have been studied for different values of source wave frequency and taking electron cyclotron frequency as a parameter.", publisher = "Faculty of Physics Belgrade", journal = "Contributed papers of 22th SPIG", title = "Second Harmonics Excitation of Electron Longitudinal Electric Wave Modes in the Suddenly Created Weakly Nonlinear Magnetized Plasma. Transversal Propagation", pages = "572-569", url = "https://hdl.handle.net/21.15107/rcub_machinery_5049" }
Trifković, Z.,& Stanić, B. V.. (2004). Second Harmonics Excitation of Electron Longitudinal Electric Wave Modes in the Suddenly Created Weakly Nonlinear Magnetized Plasma. Transversal Propagation. in Contributed papers of 22th SPIG Faculty of Physics Belgrade., 569-572. https://hdl.handle.net/21.15107/rcub_machinery_5049
Trifković Z, Stanić BV. Second Harmonics Excitation of Electron Longitudinal Electric Wave Modes in the Suddenly Created Weakly Nonlinear Magnetized Plasma. Transversal Propagation. in Contributed papers of 22th SPIG. 2004;:569-572. https://hdl.handle.net/21.15107/rcub_machinery_5049 .
Trifković, Zoran, Stanić, Božidar V., "Second Harmonics Excitation of Electron Longitudinal Electric Wave Modes in the Suddenly Created Weakly Nonlinear Magnetized Plasma. Transversal Propagation" in Contributed papers of 22th SPIG (2004):569-572, https://hdl.handle.net/21.15107/rcub_machinery_5049 .