Physics – Space Physics
Scientific paper
May 1982
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1982rvgsp..20..316b&link_type=abstract
Reviews of Geophysics and Space Physics, vol. 20, May 1982, p. 316-334.
Physics
Space Physics
47
Planets, Earth, Jupiter, Radio Emissions, Observations, Data, Noise, Magnetosphere, Radiation, Frequencies, Intensity, Distribution, Imp-6, Electric Fields, Electrostatic Properties, Theoretical Studies, Spectra, Voyager 1, Voyager 2, Index Of Refraction, Radio Waves, Kilometer Waves, Wavelengths, Features, Characteristics, Models, Coupling, Review, Electromagnetic Radiation
Scientific paper
Major observational features of magnetospheric VLF-LF radio noise that have been uncovered by the IMP, Hawkeye and ISEE satellites, are examined with emphasis on the capabilities of the noise to diagnose local and remote plasma parameters. The relationship of the radiation to not less than 1-mV/m electrostatic upper hybrid emissions is assessed, and indirect observational evidence suggests that upper noise is associated with the generation of the VLF-LF radiation. Theoretical luminosities of mechanisms including synchrotron radiation, linear mode conversion of upper hybrid waves and nonlinear scattering of upper hybrid waves off plasma density irregularities are estimated, and the wave-wave scattering hypothesis is considered to be a viable mechanism if the presence of low-frequency waves as a scattering agent can be established.
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