Determination and microbial survival of cryogenic whole air sampling conditions
Survival of microoranisms exposed to shock wave and cryogenic temperatures during upper atmospheric air sampling
SURVIVAL↗
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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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Determination and microbial survival of cryogenic whole air sampling conditions Final report, 27 Dec. 1964 - 27 Jul. 1965
Survival of microorganisms exposed to shock wave and cryogenic temperature during whole air sampling of upper atmosphere
MICROORGANISM↗
Microbial contamination of a surface by handling
Microorganic contamination of stainless steel due to handling by personnel
HANDLING↗
Study for control of microbial growth in manned spacecraft Phase I report, 30 Oct. 1964 - 30 Jan. 1965
Microorganism growth control in manned spacecraft environment
MANNED SPACECRAFT↗
Log-normal model for microbial survival in heat sterilization
An analytical model is developed for the survival times of organisms in heat sterilization in which the probability of inactivation as a function of exposure time is log-normally distributed. Experimental data is examined relative to this model and it is concluded that the model is valid except during the initial period of heating when an additional interaction between the organisms and their surrounding medium appears to be present. At long heating times, the log-normal model appears more accurate for extrapolating to low survival probabilities than the usual logarithmic survivor curves and is generally more conservative.
SURVIVAL↗
The microbial profile of a vertical laminar airflow surgical theater
Microbiological survey of vertical laminar airflow surgical theater
LAMINAR FLOW↗
A study toward development of an automated microbial metabolism laboratory Final report, 1 Oct. 1966 - 31 Aug. 1967
Life detection from phosphate and sulfur uptake and ATP production of microorganisms
MICROORGANISM↗
Effect of reduced barometric pressure on water availability related to microbial growth.
Low barometric pressure, high carbon dioxide concentration and water availability on simulated Mars environment related to survival and growth of bacillus cereus
MARS ENVIRONMENT↗
Preliminary study on the microbial flora of normal human subjects in a restricted environment technical report, 18 feb. - 15 jul. 1964
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London, S. A.↗
Microbial decontamination and sampling program for Anchored Interplanetary Monitoring Platform /AIMP-E/ spacecraft
Microorganism decontamination and sampling program for AIMP-E spacecraft
Le Doux, F. N.↗
Evaluation of leakage of microbial contamination from Gemini space suit Final report
Leakage of microorganisms from pressurized Gemini space suit into ambient temperature microbiotank
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Determination of the Heat Resistance of Microbial Isolates from EASL
Dry heat resistance of bacterial spores from sterilization and assembly laboratory
King, H. De. L.↗
Analysis of continuous microbial propagation
Formulation of mathematical models for growth of microorganisms
Fredrickson, A. G.↗
Use of ultrasonic energy in assessing microbial contamination on surfaces.
Microorganism removal from contaminated surfaces by ultrasonics for subsequent enumeration
Favero, M. S.↗
Reduction of microbial dissemination germicidal activity of ethylene oxide Summary report
Germicidal activity of ethylene oxide against spores of Bacillus globigii in static and dynamic chambers
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Reduction of microbial dissemination germicidal activity of ethylene oxide Summary progress report number 12
Culture techniques for anaerobic Clostridium perfringins and ethylene oxide sterilization
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Automated microbial metabolism laboratory.
Experiments integrated into single automated laboratory to detect extraterrestrial life through measuring metabolism and growth in planetary surface material
Levin, G. V.↗
Microbial cell recovery from solid materials Final summary report
Microorganism recovery from pulverized and leached solid rocket propellants and spacecraft components
Source record↗