This thesis deals with the study of the jovian radio emissions in the decameter range. They are due to the interaction between Io, the nearest galilean satellite, and the jovian magnetosphere. The electron acceleration processes and the wave emissions processes are determined and presented in this thesis. They are obtained from the study of the emission characteristics et their modelisation by numerical simulations.The understanding of the processes at the origin of the emission permits to use it as a diagnostic of the plasma parameters in the vicinity of the sources (electron energy, electric potential profile, density). The evolution of the electron energy and of the potential structures at the foot of the Io flux tube can thus be observe...
International audienceWe report on the Jovian radio wave propagationthrough the Io torus plasma. We ...
The Low Frequency Array (LOFAR) is an international radio telescope array, consisting of 38 stations...
International audienceUsing Juno plasma and wave and magnetic observations (JADE and Waves and MAG i...
This thesis deals with the study of the jovian radio emissions in the decameter range. They are due ...
International audienceJupiter's radio emissions are dominated in intensity by decametric radio emiss...
International audienceJupiter's radio emissions are dominated in intensity by decametric radio emiss...
International audienceJupiter's radio emissions are dominated in intensity by decametric radio emiss...
Radio emissions from the Io-Jupiter electrodynamic circuit are structured in discrete bursts, quasi-...
International audienceThe Io flux tube (IFT), along which Io interacts with the Jovian magnetosphere...
Dynamic spectra of planetary radio emissions depend on physical and geometrical conditions: emission...
S-component of the sporadic radio emission of Jupiter decameter emission (DAM) is an extraordinary a...
Section A. Radio Emissions From Jupiter. The thesis begins with a detailed review of the observed ...
The Low Frequency Array (LOFAR) is an international radio telescope array, consisting of 38 stations...
A critical review is presented of theoretical models of Jovian decametric radiation, with particular...
In a previous work, we developed a model allowing a theoretical location of the Io‐controlled decame...
International audienceWe report on the Jovian radio wave propagationthrough the Io torus plasma. We ...
The Low Frequency Array (LOFAR) is an international radio telescope array, consisting of 38 stations...
International audienceUsing Juno plasma and wave and magnetic observations (JADE and Waves and MAG i...
This thesis deals with the study of the jovian radio emissions in the decameter range. They are due ...
International audienceJupiter's radio emissions are dominated in intensity by decametric radio emiss...
International audienceJupiter's radio emissions are dominated in intensity by decametric radio emiss...
International audienceJupiter's radio emissions are dominated in intensity by decametric radio emiss...
Radio emissions from the Io-Jupiter electrodynamic circuit are structured in discrete bursts, quasi-...
International audienceThe Io flux tube (IFT), along which Io interacts with the Jovian magnetosphere...
Dynamic spectra of planetary radio emissions depend on physical and geometrical conditions: emission...
S-component of the sporadic radio emission of Jupiter decameter emission (DAM) is an extraordinary a...
Section A. Radio Emissions From Jupiter. The thesis begins with a detailed review of the observed ...
The Low Frequency Array (LOFAR) is an international radio telescope array, consisting of 38 stations...
A critical review is presented of theoretical models of Jovian decametric radiation, with particular...
In a previous work, we developed a model allowing a theoretical location of the Io‐controlled decame...
International audienceWe report on the Jovian radio wave propagationthrough the Io torus plasma. We ...
The Low Frequency Array (LOFAR) is an international radio telescope array, consisting of 38 stations...
International audienceUsing Juno plasma and wave and magnetic observations (JADE and Waves and MAG i...