Exposure of microorganisms to simulated extraterrestrial space ecology.
Description of experimental requirements for adapting ultrahigh vacuum equipment to study of effects of simulated space environment on microorganisms
ULTRAHIGH VACUUM↗
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Results for “microorganism”
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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Some microorganisms as indicators of solar activity and precursors of solar flares
Microorganisms as indicators of solar activity and precursors of solar flares
MICROORGANISM↗
Microorganisms in solid materials. phases i, ii, iii, and iv final summary report
Culturing techniques for detection of viable microorganism inoculated into solid materials
MICROORGANISM↗
The Resistivity of Microorganisms to Thermal Inactivation by Dry Heat Final Report
Microorganism resistivity to thermal inactivation by dry heat - glass fibers and membrane filters
MICROORGANISM↗
Dry heat sterilization of microorganisms at 105 deg c
Dry heat sterilization of microorganisms on glass surfaces at 100 deg C
DRY HEAT↗
Comparative levels and survival of naturally occurring microorganisms deposited on surfaces through handling and aerial fallout a preliminary report
Death rates of microorganisms deposited on surfaces of stainless steel and electronic components by handling and aerial fallout - Decontamination techniques
ELECTRONIC STRUCTURE↗
Survival and growth of terrestrial microorganisms in ammonia-rich atmospheres.
Terrestrial microorganism survival and growth on specimens of Euphorbia xylophylloides in ammonia methane hydrogen-rich atmospheres
BACTERIA↗
Survival and growth of terrestrial microorganisms in ammonia-rich atmospheres.
Survival and growth of terrestrial microorganisms in ammonia-rich atmospheres supporting possibility of origin and existence of life on jupiter
ATMOSPHERIC COMPOSITION↗
A Study of Dry Heat Sterilization of Microorganisms at 105 Deg C
Dry heat effectiveness in microorganism sterilization at 105 deg C for space probe applications
DRY HEAT↗
Biochemical activities of terrestrial microorganisms in simulated planetary environments Final report
Effects of simulated anaerobic planetary environment on biochemical activities of terrestrial microorganisms
PLANETARY ENVIRONMENT↗
Recovery of Viable Microorganisms from Solids. I - Model Systems
Solidification process for recovering viable microorganisms to aid spacecraft sterilization procedures
SOLIDIFICATION↗
The survival of microorganisms in space - Further rocket and balloon borne exposure experiments.
Rocket and balloon-borne exposure study of terrestrial microorganism survival in space
SPACE RADIATION↗
Detection of microorganisms on the planet Mars.
Wolf Trap Mars microorganism detection, assuming photosynthetic and respiration cycles in inorganic biochemical compounds
EXTRATERRESTRIAL LIFE↗
The Survival of Microorganisms in Space. Further Rocket and Balloon Borne Exposure Experiments
Rocket and balloon borne exposure experiments on survival of microorganisms in space environment
SPACE ENVIRONMENT↗
An experiment to detect microorganisms in the upper atmosphere flown on Aerobee NASA 4.150
Upper atmospheric microorganism detection by modified dust collector on Aerobee rocket
UPPER ATMOSPHERE↗
Detection of extraterrestrial microorganisms by microcalorimetry Final report
Design parameters of microcalorimetric systems for detection of Martian microorganism
EXTRATERRESTRIAL LIFE↗
Survival of selected microorganisms in high ultraviolet flux
Survival of selected microorganisms exposed to high ultraviolet flux equivalent to Martian surface
MARS SURFACE↗
An improved sonication method for removal of microorganisms from surfaces
Improved ultrasonic cavitation methods for removing microorganisms from stainless steel strip surfaces
MICROORGANISM↗