Temperature of a gray body most closely fit- ting the solar extraterrestrial spectrum
Temperature measurements of black body most closely fitting solar extraterrestrial spectrum
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Temperature measurements of black body most closely fitting solar extraterrestrial spectrum
Characteristics of extraterrestrial ring current system observed by Explorer VI and Pioneer V satellites
Survey of extraterrestrial nonsolar X-radiation by Aerobee rocket measurements
Man-machine system for extraterrestrial surface roving vehicles
Instrumentation for detecting extraterrestrial life
Extraterrestrial dust as atmospheric argon source and influx of black spherules
System design technique for extraterrestrial vehicles which maximizes effectiveness of complex system operating in partially defined environment
Extraterrestrial dust as possible cause of background ionization and stratification in sporadic E layer
Feasibility of doping techniques for eliminating extraterrestrial solar degradation of ZnO used as pigment for spacecraft thermal control surfaces
Reliquefier design and cycles studied to reduce boiloff in extraterrestrial cryogenic propellant storage
Effect on human performance of variations from true values in simulation of extraterrestrial visual environment
Neutron activation analysis for terrestrial and meteoritic rock major element abundance, noting possible application to extraterrestrial surface analysis
Charged particles of extraterrestrial ring current during geomagnetic storms, with Ogo 3 measurements of proton and electron differential energy spectrums
Eight state-of-the-art briefings intended to bring members of the Working Group up to date in technical areas relating to future manned expeditions to the Moon and planets were presented at the Meeting of the Working Group on Extraterrestrial Resources held in Washington, D. C., September 25-26, 1962 by recognized authorities in their respective fields. Since it was felt that the material presented at the meeting would be useful for reference purposes, most of the speakers submitted summaries of their remarks for publication. This document is a collection of the material submitted. Contents: Status of Designs of Lunar Surface Vehicles; Hydroponics or Soilless Culture; Processing of Water on the Moon; Lunar Base Construction; Lunar Rocks as a Source of Oxygen; Water in Lunar Materials; Summary of Apollo and Lunar Logistics System Plans.
Importance of Bacillus cereus and Staphylococcus aureus survival and growth to extraterrestrial planetary contamination
NASA program of multidisciplinary research on use of extraterrestrial resources
Sterilization and storage compatibility of growth media for extraterrestrial use
Extraterrestrial resource utilization for lunar and space exploration and life support systems.