Jupiter in 1963 - 1964
Behavior of polar caps, red spot, and Jupiter belts during 1963 to 1964
Potapov, I. N.↗
SEARCH · Engineering Papers
Results for “Jupiter”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
The three systems characterizing Jupiter's rotation
Characterization of Jupiter rotation
Potapov, I. N.↗
Decameter-wave radio observations of Jupiter - Apparitions of 1965 to 1969
Systematic observation of decametric wave radio emission from Jupiter
Alexander, J. K.↗
The motion of /48/ Doris and the mass of Jupiter
Definitive orbit obtained for /48/ Doris based on mass of Jupiter
Zielenbach, J. W.↗
Preliminary feasibility study of soft-lander missions to the Galilean satellites of Jupiter
Feasibility study of soft lander missions to Galilean satellites of Jupiter
Price, M. J.↗
Bioscience - Analysis of the atmosphere of Jupiter - Requirements for a combined atmospheric gas chromatographic mass spectrometer
Proposed dual column gas chromatographic mass spectrometer for analyzing Jupiter atmosphere
Shulman, G. P.↗
Impulsive velocity requirements for insertion into orbits about Venus, Mars, and Jupiter
Impulsive velocity requirements for insertion into orbits about Venus, Mars, and Jupiter
Gold, R.↗
Observations of localized 5-micron radiation from Jupiter.
Local thermal emission from Jupiter at 5 microns, discussing North Equatorial Belt and atmospheric transparency
Westphal, J. A.↗
Jupiter's decametric rotation period.
Rotation period of Jupiter based on decametric component of radio emission, suggesting anticorrelation with sunspot number for drift observed
Carr, T. D.↗
The internal powers and effective temperatures of Jupiter and Saturn.
Internal powers and effective temperatures of Jupiter and Saturn measured by aircraft mounted telescope, noting restraints on planetary structure and atmosphere models
Aumann, H. H.↗
The spectra of Jupiter and Saturn in the photographic infrared
Jupiter and Saturn near IR spectra for relative abundances of atmospheric constituents and distribution with altitude, noting rough solar composition
Owen, T.↗
Far-ultraviolet spectroscopy of Jupiter
Far UV spectroscopy of Jupiter by rocket-borne spectrograph
Jenkins, E. B.↗
Jupiter's Red Spot in 1967-68
Jupiter Red Spot observed photographically in 1967-1968, correlating activity in southern component of South Equatorial Belt to spot size
Solberg, H. G., Jr.↗
Atmospheric entry into Jupiter
Blunt and conical body optimum heat shield shapes for Jupiter atmospheric entry, noting shallow flight path
Tauber, M. E.↗
An estimate of line width and pressure from the high resolution spectrum of Jupiter at 11,000 angstrom units
Pressure and line width estimate from high resolution image tube spectra of Jupiter at 11,000 A
Farmer, C. B.↗
Distribution of ammonia on Jupiter
Variable distribution of ammonia absorption on Jupiter deduced from IR spectra, indicating scattering in cloud layer
Cruikshank, D. P.↗