Science · 1991 · 79 citations · 17 references
Natural SciencesGeophysicsPhysicsAstrophysicsElectromagneticsPlasma PhysicsAstrophysical PlasmasElectromagnetic WavesLightning DetectionLightning PhysicsPlasma OscillationsPlasma WavesBow Shock DynamicsBow Shock PhysicsBow ShocksElectromagnetic Plasma WavesElectron Plasma WavesLightning Radio EmissionsLightning Shock WavesWave Packets
During the Galileo flyby of Venus the plasma wave instrument was used to search for impulsive radio signals from lightning and to investigate locally generated plasma waves. A total of nine events were detected in the frequency range from 100 kilohertz to 5.6 megahertz. Although the signals are weak, lightning is the only known source of these signals. Near the bow shock two types of locally generated plasma waves were observed, low-frequency electromagnetic waves from about 5 to 50 hertz and electron plasma oscillation at about 45 kilohertz. The plasma oscillations have considerable fine structure, possibly because of the formation of soliton-like wave packets.
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Nonlinear Langmuir waves during Type III solar radio bursts
D. R. Nicholson, M. V. Goldman, P. Hoyng et al. · The Astrophysical Journal · 1978 · 125 citations
Natural Sciences, Astronomy, Physics +15
Spatial Collapse of Beam-Driven Plasma Waves
A. Y. Wong, B. H. Quon · Physical Review Letters · 1975 · 114 citations
Radio detection of uranian lightning by Voyager 2
P. Zarka, B. M. Pedersen · Nature · 1986 · 112 citations