Lunar theory and processes
Chemical element abundances for common rock types compared with preliminary chemical analysis of lunar surface at Surveyor 5 landing site
Adams, J. B.↗
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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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Interferometric study of the nonequilibrium shock reflection process and thermal layer in ionizing argon
Interferometric study of nonequilibrium shock reflection process and thermal conductivity in ionizing argon
Kuiper, R. A.↗
Lunar theory and processes
Geological setting of Surveyor 7 Tycho landing site, including rock types
Adams, J. B.↗
Surveyor V - Discussion of chemical analysis.
Lunar soil chemical analysis and magnetic measurements by Surveyor 5 agree on basaltic composition
Adams, J. B.↗
Lunar theory and processes.
Surveyor 3 photography of lunar terrain, general morphology and position of lunar rocks at landing site and evidence for material transport
Collins, R. J.↗
Communications of the Lunar and Planetary Laboratory, communications nos. 93-99, volume 6, part 3
Infrared spectral studies of Venus and Mars atmospheres
Kuiper, G. P.↗
A program of astronomical infrared spectroscopy from aircraft
Astronomical infrared spectroscopy from aircraft
Forbes, F. F.↗
Solar comparison spectra, 1.0-2.5 mu, from altitudes 1.5-12.5 km
Solar and telluric infrared spectra from altitudes between 1.5 and 12.5 km
Kuiper, G. P.↗
High altitude spectra from NASA CV 990 jet. 1 - Venus, 1-2.5 microns, resolution 20/cm
High altitude infrared spectra of Venus atmosphere
Forbes, F. F.↗
Calibration of weak 1.4 and 1.9 mu water-vapor absorptions
Calibration of water absorption bands in near infrared region
Cruikshank, D. P.↗
Sulphur compounds in the atmosphere of Venus. 1 - An upper limit for the abundance of sulphur dioxide
Sulfur dioxide abundance in Venus atmosphere determined from infrared spectra
Cruikshank, D. P.↗
The infrared spectrum of carbon suboxide. Part 1 - Region 1-2.5 microns. Part 2 - Region 2-15 microns. Part 3 - Classification of carbon suboxide vibrational bands
Laboratory tests of infrared spectrum of carbon suboxide, to determine presence in Venus and Mars atmospheres
Cruikshank, D. P.↗
Communications of the Lunar and Planetary Laboratory, communications nos. 112-113, volume 7, part 2
Spectra of Cepheid variables and stellar infrared spectra corrected for atmospheric extinction
Kuiper, G. P.↗
Communications of the Lunar and Planetary Laboratory, communications nos. 114-122, volume 7, part 3
Analyses of lunar photographs - crater density distribution, infrared astronomy, optical measurement, lunar topography, and planetary rotation
Kuiper, G. P.↗
Arizona-NASA Atlas of infrared solar spectrum, a preliminary report, number 123
Photometric tracings of infrared solar spectrum from NASA CV-990 jet during July-August 1968
Cruikshank, D. P.↗
Arizona-NASA Atlas of Infrared Solar Spectrum, report 2, number 124
Photometric tracings of infrared solar spectrum from NASA CV-990 jet during July-August 1968
Bijl, L. A.↗
NASA Atlas of infrared solar spectrum, report 3, number 125
Infrared solar photometric tracings including telluric lines taken by CV-990 aircraft
Kuiper, G. P.↗
A high-resolution solar spectrometer for air-borne infrared observations, number 126
High resolution solar spectrometer for CV-990 aircraft infrared observations
Cruikshank, D. P.↗