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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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Electrolytic water sterilizer controls microbial contamination in manned spacecraft. Individual sterilizer cells are self-contained and require no external power or control. The sterilizer generates silver ions which do not impart an unpleasant taste to water.
Methane, methanol, glycerol, and hydrocarbons for microbial life support systems on extended space missions, animal links in closed system, use of wastes, and chemical synthesis of food
Bibliography on planetary quarantine - microbial growth, detection, identification, and monitoring in spacecraft fabrication
Distribution, and hazards of indigenous microbial populations in humans during prolonged space flight simulation
Planetary quarantine objectives, microbial death models, and surface contamination studies
Microbial load caused by stopping laminar flow in Experimental Assembly and Sterilization Laboratory /EASL/
Microbial exposure probabilities and estimated loads from fractured materials of lunar probes
Techniques and instrumentation for Apollo spacecraft sterilization and microbial bioassays
Laminar air flow cabinets for controlling microbial contamination in tissue cultures preparation
Report deals with an investigation of vertical laminar flow clean rooms for use in spacecraft assembly. A reduction of particulate and microbial contamination occurs in the application.
Dry heat resistances of bacterial spores, and levels of microbial contamination on Apollo spacecraft
Experimental studies on behavior and survival of Bacillus subtilis var. niger spores and microbial detection as related to planetary quarantine
Statistical models for spacecraft sterilization and microbial growths
Heat shock effects on bacterial spore recovery and Apollo 9, 10, and 11 microbial contamination data
Microbiological background information is compiled in handbook for engineers and scientists working on bio-related projects. It is intended as aid in - /1/ evaluating effects of engineering procedures on microbial life, /2/ determining effects of decontamination and sterilization on performance of overall systems, and /3/ understanding language of microbiologists.
Spacecraft microbial contamination measurements
Vertical laminar flow biological safety cabinet to protect personnel against microbial contamination
Subjects on planetary flight missions, supporting technology, microbial release probabilities, heat sterilization cycles