Determination of the Heat Resistance of Microbial Isolates from EASL
Dry heat resistance of bacterial spores from sterilization and assembly laboratory
SEARCH · Engineering Papers
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Dry heat resistance of bacterial spores from sterilization and assembly laboratory
Bacterial population of vehicle and test pilots during 14-day simulated lunar flight
Synergistic effects in bacterial sterilization by combined action of ethylene or propylene oxide with high intensity airborne sound waves
Aerosolized bacterial simulating fluorescent particle generation and detection system for sterility maintenance validation in closed system allowing sterile assembly and repair
Amino acid sequence determined from digests of spinach ferredoxin, noting similarity to bacterial ferredoxins
Contamination control studies, bacterial sampling models - Apollo mission planetary quarantine
Dry heat inactivation of bacterial spores and influence of spore moisture content on z values as related to spacecraft sanitation
Dry heat resistances of bacterial spores, and levels of microbial contamination on Apollo spacecraft
Heat shock effects on bacterial spore recovery and Apollo 9, 10, and 11 microbial contamination data
Sediments and crude oils analyzed for fatty acids, considering abiological or bacterial origin of acids
Filtration system with membrane type hydrophilic and hydrophobic filters gives absolute filtration with automatic venting of freed gases, and prevents backward transmission of contamination with no bacterial growth through the filters. Filter aids in degassing industrial solutions and in removing oxygen from sea water.
Atmospheric pressure effects on mice resistance to bacterial or virus infections
Survival of bacterial spores under various temperature and humidity conditions related to planetary quarantine
Techniques for planetary quarantine and bacterial spore inactivation
Characteristics of bacterial spore population from Cape Kennedy soil
Bacterial thermoradiation sterilization models and computerized bioassay system for Apollo biological data
Description of electrical equipment and system for purification of waste water by producing silver ions for bacterial control
Procedures and immunofluorescent techniques for screening Apollo aquatic test animals for bacterial pathogens after lunar sample exposure