Lunar Orbiter 5 - Photography Final report
Photographic program summary and evaluation for Lunar Orbiter mission
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Photographic program summary and evaluation for Lunar Orbiter mission
Photographs of perilune and apolune landing sites made by Lunar Orbiter 4
Lunar photographic methods and data including flyby, impacter, lander and orbiter photographic missions
Night airglow photographed from Gemini series of manned spacecraft, noting consistency with rocket and Mercury spacecraft measurements
Mariner 4 TV, analyzing aparatus, mapping errors and Mars surface pictures
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Monochromatic laser emission transformed by a fluorescent process into droplet emission over a wavelength band provides high light intensities for obtaining adequate time resolution to stop droplet motion in photographic spray studies. Experiments showed that the Q-switched laser-optical harmonic generator combination produced sharp, well-exposed droplet images.
Photointerpretation of Gemini 4 photographs for inventorying native vegetation
Effectiveness of remote sensors in photogeology at Mono Craters area, California
Predicting relative dye layer intensities of color infrared transparencies and filtering effects of spacecraft windows
Weather forecasting by use of meteorological satellite television cloud cover
Human chest X ray analysis during prolonged acceleration
Heights of cloud bases and convective cloud tops determined by stereoscopic photogrammetry of Apollo 6 mission
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Fourier transform hologram camera increases the velocity range for holography by a factor of 10 to 1000. Two different optical systems, using a triangular arrangement of beam splitters and a mirror to illuminate the object from two directions, are investigated.
Utilization of Gemini and Apollo photographs
Orbital photographs from Gemini and Apollo spacecraft showing cartographic errors