On Io's control of Jovian decametric radio emissions

Physics

Scientific paper

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Decametric Waves, Io, Jupiter (Planet), Magnetospheric Electron Density, Planetary Magnetospheres, Planetary Radiation, Radio Emission, Faraday Effect, Plasma Heating, Plasma-Particle Interactions, Toroidal Plasmas, Jupiter, Satellites, Io, Decimeter Waves, Radio Emissions, Electrons, Distribution, Magnetosphere, Rotation, Interaction, Density, Longitude, Plasma Torus, Heating, Thermal Effects

Scientific paper

Io's control of Jovian decametric radio emission (DAM) has been attributed to Io distorting the electron distribution in the inner Jovian magnetosphere. Observations of Faraday rotation in DAM are used to determine the properties of the electron distribution before and after its interaction with Io. It is shown that there is an enhancement in the density of the energetic component in the Io plasma torus correlated with certain Jovian longitude. Io's interaction with this energetic component can produce heating of this component. The Io-controlled emission is attributed to enhanced emission from the heated electrons moving down the field lines to Jupiter.

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