Why go to the outer planets
Scientific motivation for outer planets exploration covering solar system clues, atmosphere comparisons with earth, radiation and planetary radii measurement, etc
Eisenman, A. R.↗
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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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Communicating with outer-planet spacecraft
Mariner 1969 communication system modified for thermoelectric outer planet spacecraft /TOPS/, noting X band addition to S band and associated problems
Couvillon, L. A., Jr.↗
Structuring the outer-planet spacecraft
Thermoelectric outer planet spacecraft /TOPS/ structural problems associated with high gain antenna and electronic equipment
Dawe, R. H.↗
Study of the high-latitude, outer-zone boundary region for greater than or equal to 40-kev electrons with satellite Injun 3
High altitude outer radiation zone boundary region electron energy measurement by satellite Injun 3, noting angular distribution dependence on local time, latitude, etc
Fritz, T. A.↗
Microbial sterilization in ultra-high vacuum and outer space - A kinetic comparison
Reaction kinetics of microbial sterilization in ultrahigh vacuum and in outer space
Brannen, J. P.↗
Exploration of the outer planets
Automated mission requirements for outer planets, discussing flyby spacecraft, orbiters, atmospheric entry and grand tour missions
Long, J. E.↗
A preliminary study of composite orbiter/ lander missions to satellites of the outer planets
Objectives and payload requirements for composite orbiter/lander missions to satellites of outer planets
Price, M. J.↗
A U-type solar radio burst originating in the outer corona
U-type solar radio burst originating in outer corona observed by RAE-1
Fainberg, J.↗
Photometry of the outer solar corona from lunar based observations
Two-dimensional isophotes of outer solar corona derived from integrated vidicon pictures taken from lunar surface by Surveyors 6 and 7
Bohlin, J. D.↗
Outer zone electrons and the interplanetary magnetic fields during two geomagnetic storms
Correlation of increases in electron population of outer radiation belt and interplanetary magnetic fields during two geomagnetic storms
Lanzerotti, L. J.↗
Outer zone electron fluxes during 5 February 1965 solar proton event
Outer radiation belt electron fluxes during solar proton event on 5 Feb. 1965
Lanzerotti, L. J.↗
Radial diffusion of outer zone electrons - An empirical approach to third invariant violation
Empirical approach to third-invariant violation for radial diffusion of outer zone electrons
Lanzerotti, L. J.↗
Quiet-time electron increases, a measure of conditions in the outer solar system
Quiet-time electron increases - measure of conditions in outer solar system
Fisk, L. A.↗
Outer planet data presentation computer program, volume 1
Description and operation of outer planet data presentation computer program
Source record↗
Outer planet data presentation computer program. Volume 2: Appendixes
Sample data cases for outer planet data presentation computer program
Source record↗
Flight Path and Mission Strategies to Satisfy Outer Planet Quarantine Constraints
Analysis of typical Jupiter-Saturn-Pluto trajectory to determine characteristics of outer planet space missions and planetary quarantine constraints
Gonzalez, C.↗
Energetic carbon, nitrogen, and oxygen nuclei in the earth's outer radiation zone
Geomagnetically trapped C, N and O nuclei and alpha particles in earth outer radiation zone, noting acceleration and loss mechanisms
Krimigis, S. M.↗
Energy spectrums for proton /200 eV less than or equal to E less than or equal to 1 MeV/ intensities in the outer radiation zone
Directional differential energy spectra for proton intensities in outer radiation zone near magnetic equator from satellite observations
Frank, L. A.↗