Life in Extraterrestrial Environments Quarterly Status Report, 15 Feb. - 15 May 1965
Growth response of Bacillus cereus and subtilis cells subjected to modified Martian environment with freeze cycles of different durations
MARS ENVIRONMENT↗
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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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Life in extraterrestrial environments quarterly status report, 15 may - 15 aug. 1965
Effects of different freeze cycles on Bacillus cereus and Bacillus subtilis in simulated Martian environment
MARS ENVIRONMENT↗
Extraterrestrial noise in the uhf region /300-3,000 mc/ /noise from the moon/
Thermal radiation and noise measurements from moon
NOISE MEASUREMENT↗
Spectroscopy as a tool for detecting extraterrestrial life
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Rea, D. G.↗
Correlation of mechanical and thermal properties of extraterrestrial materials Second quarterly progress report
Mechanical and thermal properties of lunar surface materials correlated by mathematical model study
LUNAR SURFACE↗
Life in extraterrestrial environments Quarterly status report, Feb. 15 - May 15, 1966
Simulated Martian atmospheric and ecological effects on Bacillus cereus spore germination
PLANETARY ATMOSPHERE↗
Man system criteria for extraterrestrial roving vehicles. Phase IB - The Lunex II SIMULATION Interim technical report
Using human performance and physiological measures during lunar surface mission simulation to evaluate minimum volume cabin design for lunar roving vehicle
PHYSIOLOGICAL RESPONSE↗
Extraterrestrial cryogenic propellants reliquefaction.
Cryogenic propellant boiloff losses in long duration space storage elimination by mechanical reliquefier, considering lunar, Earth-orbit and deep space application for hydrogen and oxygen
PROPELLANT STORAGE↗
Chemical studies on the orgin of life and criteria for detection of extraterrestrial life
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Source record↗
Multidisciplinary Research Leading to Utilization of Extraterrestrial Resources Quarterly Status Report, 1 Jul. - 1 Oct. 1966
Multidisciplinary research activities on rock formations in lunar surface simulation
LUNAR SURFACE↗
Life in extraterrestrial environments Quarterly status report, Nov. 15, 1966 - Feb. 15, 1967
Simulated Martian environment growth experiments conducted with Staphylococcus aureus
STAPHYLOCOCCUS↗
Extraterrestrial resources in life support systems
Use of indigenous lunar resources for food, water, livable atmosphere, and waste management subsystems in life support systems
LUNAR SOIL↗
Reception of signals transmitted by extraterrestrial civilizations
Interplanetary communication signal reception
SIGNAL RECEPTION↗
A ring radio telescope for communication with extraterrestrial civilizations
Ring radio telescope and antenna array for interplanetary communication
ANTENNA ARRAY↗
Multidisciplinary research leading to utilization of extraterrestrial resources Annual status report, fiscal year 1967
Literature search and experimental work on physical and engineering property data of lunar surface materials
LUNAR SOIL↗
A determination of the energy spectrum of extraterrestrial electrons in the energy range 70-2000 mev.
Atmospheric electron energy spectrum in range 70-2000 mev measured, using scintillation telescope with gas Cerenkov detector and lead glass total energy spectrometer
ELECTRON ENERGY↗
Life in extraterrestrial environments Quarterly status report, 29 Feb. - 15 May 1968
Incubation temperature and salt concentration effects on Staphylococcus aureus growth in simulated Mars environment
Source record↗
The utility of automated systems in the search for extraterrestrial life.
Automatic life detection systems discussed for future planet studies including computerized Martian probe
Klein, H. P.↗