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Titlebook: Wave Instabilities in Space Plasmas; Proceedings of a Sym Peter J. Palmadesso,Konstantinos Papadopoulos Conference proceedings 1979 D. Reid

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Non Linear Wave Particle Interaction Theory Applied to Siple Triggered Emissions Important aspects of the theory are underlined. Parameters for Siple triggered emissions are used and “quasi-static” generation regions are constructed. Siple results are found to fit the theory very well.
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Quenching of Natural Cyclotron Instability by Large Amplitude Monochromatic Waves Propagating in an emissions over a frequency range Δf of the order of 50–;150 Hz below the transmitter frequency. We show that this effect can be interpreted by trapping, inside the monochromatic wave, of a certain amount of particles which were contributing to the generation of hiss in the equatorial region before
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Quenching of Natural Cyclotron Instability by Large Amplitude Monochromatic Waves Propagating in an emissions over a frequency range Δf of the order of 50–;150 Hz below the transmitter frequency. We show that this effect can be interpreted by trapping, inside the monochromatic wave, of a certain amount of particles which were contributing to the generation of hiss in the equatorial region before
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Some Theoretical Aspects of Electrostatic Double Layersa for the existence and stability of the layer. As a complement to the study of the time-independent double layer a few remarks are also made upon the time-dependent double layer. Finally the question of how double layers are formed and maintained is treated. Several possible formation mechanisms are considered.
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