Asteroid Belt and Jupiter fly by study First bimonthly progress report
Scientific experiments for asteroid belt study and Jupiter flyby mission
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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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Scientific experiments for asteroid belt study and Jupiter flyby mission
Trajectory and mission analyses for asteroid belt and Jupiter flyby study
Low resolution, ultraviolet spectrograms of Venus and Jupiter
Decametric and decimetric observations of Jupiter
Interferometry of Jupiter in decimeter range
Effect of Io on Jupiter radio emission
Influence of Io on decametric radiation and geometry and relationship between Jupiter magnetic field and radio emission
Mission planning and spacecraft design concepts for Jupiter flyby mission
New system of elements and motion tables for Jupiters tenth satellite
Millisecond pulse analysis in decametric radio radiation from Jupiter
Ultraviolet reflectivity of Jupiter from spectral scanning by Aerobee rocket spectrometers
Jupiter photoelectric spectral scan in UV REPRODUCED as geometric reflectivity vs wavelength, using Aerobee rocket
Geometrical UV reflectivity of Jupiter in terms of Rayleigh scattering determined from objective-grating rocket spectrometer
Decametric radiation of Jupiter, discussing effect of Io satellite and asymmetrical stop zones
Jupiter photoelectric spectral scan in UV REPRODUCED as geometric reflectivity vs wavelength, using Aerobee rocket
IR reflection spectrum of Jupiter from second flight of Stratoscope II, discussing deep absorption features
Rapid drift in longitude of small dark spot on south edge of Jupiter North Temperate Belt, noting sinusoidal displacement characteristics and measurement with blue and UV photography
Jupiter Red Spot coordinate measurement from recent plates