Results are reported from the first low frequency radio receiver to be transported into the Jupiter magnetosphere. Dramatic new information was obtained both because Voyager was near or in Jupiter's radio emission sources and also because it was outside the relatively dense solar wind plasma of the inner solar system. Extensive radio arcs, from above 30 MHz to about 1 MHz, occurred in patterns correlated with planetary longitude. A newly discovered kilometric wavelength radio source may relate to the plasma torus near Io's orbit. In situ wave resonances near closest approach define an electron density profile along the Voyager trajectory and form the basis for a map of the torus. Studies in progress are outlined briefly
Voyager-2 planetry radio astronomy measurements obtained near Saturn are discussed. They indicate th...
Section A. Radio Emissions From Jupiter. The thesis begins with a detailed review of the observed ...
International audiencePlanetary radio astronomy mostly concerns plasma phenomena at low frequencies ...
Jupiter's low-frequency radio emission were detected by the planetary radio astronomy instruments on...
Jupiter's low frequency radio emission morphology as observed by the Planetary Radio Astronomy (PRA)...
Observations of Jupiter's low frequency radio emissions collected over one month intervals before an...
Analysis of nonthermal radio emission data obtained by the Planetary Radio Astronomy (PRA) spectrome...
The radio emission from Jupiter in the decametric range (2 to 40 MHz) has been studied for three dec...
Voyager plasma wave wideband frames from the Jovian encounters are analyzed. The 511 frames which we...
For more than thirty years the intense decametric radio emissions from Jupiter (DAM) and the corresp...
The Juno spacecraft successfully entered Jupiter orbit on 5 July 2016. One of Juno’s primary objecti...
Voyager Planetary Radio Astronomy data collected over 30-day intervals centered on the two close enc...
By comparing RAE-1 and IMP-6 satellite measurements of Jupiter's radio emission near 1MHz with recen...
We report the discovery with the Ulysses unified radio and plasma wave (URAP) instrument of features...
A correlative survey of magnetometer (MAG) and Planetary Radio Astronomy (PRA) 1.2 kHz continuum rad...
Voyager-2 planetry radio astronomy measurements obtained near Saturn are discussed. They indicate th...
Section A. Radio Emissions From Jupiter. The thesis begins with a detailed review of the observed ...
International audiencePlanetary radio astronomy mostly concerns plasma phenomena at low frequencies ...
Jupiter's low-frequency radio emission were detected by the planetary radio astronomy instruments on...
Jupiter's low frequency radio emission morphology as observed by the Planetary Radio Astronomy (PRA)...
Observations of Jupiter's low frequency radio emissions collected over one month intervals before an...
Analysis of nonthermal radio emission data obtained by the Planetary Radio Astronomy (PRA) spectrome...
The radio emission from Jupiter in the decametric range (2 to 40 MHz) has been studied for three dec...
Voyager plasma wave wideband frames from the Jovian encounters are analyzed. The 511 frames which we...
For more than thirty years the intense decametric radio emissions from Jupiter (DAM) and the corresp...
The Juno spacecraft successfully entered Jupiter orbit on 5 July 2016. One of Juno’s primary objecti...
Voyager Planetary Radio Astronomy data collected over 30-day intervals centered on the two close enc...
By comparing RAE-1 and IMP-6 satellite measurements of Jupiter's radio emission near 1MHz with recen...
We report the discovery with the Ulysses unified radio and plasma wave (URAP) instrument of features...
A correlative survey of magnetometer (MAG) and Planetary Radio Astronomy (PRA) 1.2 kHz continuum rad...
Voyager-2 planetry radio astronomy measurements obtained near Saturn are discussed. They indicate th...
Section A. Radio Emissions From Jupiter. The thesis begins with a detailed review of the observed ...
International audiencePlanetary radio astronomy mostly concerns plasma phenomena at low frequencies ...