Electrodynamic effects of Jupiter's satellite Io
Electrodynamic effects of Jupiters satellite Io
Drake, J. F.↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Jupiter's magnetosphere
Magnetosphere, ionosphere, and thermal radiation of planet Jupiter
Piddington, J. H.↗
A mission, tracking, communication and flight operation study for the galactic Jupiter probe
Ground network support, trajectory and guidance, and spacecraft flight operations for galactic Jupiter probe
Source record↗
Thermophysical Aspects and Feasibility of a Jupiter Atmospheric Entry
Computer program for determining thermophysical aspects of Jupiter atmospheric entry
Gilligan, J. E.↗
The planet Jupiter
Internal heat source, hydrogen deficiency, presence of gases that are precursors of life, and cloud band coloration in Jupiter atmosphere
Rasool, S. I.↗
Power system design for a Jupiter solar electric propulsion spacecraft
Power system design for Jupiter solar electric propulsion spacecraft
Loucks, R. E.↗
Scientific questions for the exploration of the terrestrial planets and Jupiter - Advanced planetary missions technology program Progress report
Scientific questions and experimental design for planetary exploration of Jupiter, Mars, Mercury, and Venus
Adams, J. B.↗
Evidence of continuum emission from Jupiter at 18 Mc/s.
Continuum bursty emission from Jupiter at 18 MHz observed using interferometer
Barrow, C. H.↗
Definition of a science subsystem for a Jupiter flyby mission.
Science subsystems for Jupiter flyby missions, discussing equipment selection, mission planning, spacecraft design and trajectory and constraints on vehicle configuration
Redmond, J. C.↗
Solar electric low thrust missions to Jupiter with swingby continuation to the outer planets.
Solar electric low thrust propulsion application to Jupiter swingby mission to outer planets
Flandro, G. A.↗
Wide bandwidth observations of the decametric bursts from Jupiter.
L and S type decametric bursts from Jupiter using wide bandwidth observations from high resolution oscillographic recordings
Carr, R. D.↗
Long-baseline interferometry of S-bursts from Jupiter.
Jupiter 18 MHz S-burst source angular size determined with 218 km baseline interferometric measurements
Block, W. F.↗
Jupiter's decametric radio emission and the radiation belts of its Galilean satellites.
Jupiter decametric radiation properties explained by postulating inner Galilean satellite magnetic field existence
Burns, J. A.↗
Jupiter's Red Spot in 1965-1966.
Jupiter Red Spot latitude and longitude measured from photographic plates /1965-1966/
Solberg, H. G., Jr.↗
Structured events in the dynamic spectra of Jupiter's decametric radio emission.
Jupiter decametric radio bursts dynamic spectra, indicating structured events by high resolution in time-frequency plane
Riihimaa, J. J.↗
The polarization of the Jupiter radiation at 18 Mc/s.
Jupiter radiation bursts polarization degree and axial ratio, discussing agreement with Doppler shifted cyclotron theory
Barrow, C. H.↗
Jupiter's Red Spot in 1966-1967.
Photographic observations of Jupiter Red Spot /1966-1967/
Solberg, H. G., Jr.↗
Spaced-spectrograph observations of Jupiter's decametric emission.
Ionospheric effect on observation of Jupiter decametric radio bursts
Riihimaa, J. J.↗