Ecology and Thermal Inactivation of Microbes in and on Interplanetary Space Vehicle Components Sixth Quarterly Report, Jul. 1 - Sep. 30, 1966
Ecology and thermal inactivation of microbes in and on interplanetary space vehicle components
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Ecology and thermal inactivation of microbes in and on interplanetary space vehicle components
Literature survey and experimental observations of human skin microflora, including study of men confined in simulated spacecraft environment
Spacecraft sterilization studies on microbial contamination transferred by human hands
Survey on microbial populations present within environmentally controlled areas
Parameter estimation in exponential decontamination models
Conference on NASA plans, lunar logistics and bases, lunar water detection and recovery, planetary material for food synthesis and life support systems, and biological exploitation
Operating principles of vacuum probe microbiological sampler
Time, temperature, and microbial effects on terminal heat sterilization of spacecraft
Spacecraft sterilization standards and microbial contamination of Mars
Lethal effect of solar UV radiations on dried Coliphage T-1 exposed to space at sounding rocket altitudes
Analytical model for microbial population survival times during heat sterilization studied for spacecraft applications, considering environment and exposure time
Microbial interaction in closed system by simulating space flight conditions, noting degree of crowding effect on buildup
Potential contamination of equipment by primate passenger during 30-day earth orbit, studying skin, body particulate matter and indigenous microflora
Human microbial shedding using sterile stainless steel shedding chamber, discussing clean room clothing reducing shed rate
Long term space mission sanitation, personal hygiene and body cleansing to control microbe populations on body surface and teeth
Use of vacuum probe as new approach to microbiological sampling of surfaces
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