Mariner Mars 1969 flight-path design and mission analysis.
Mariner Mars 1969 flyby missions objectives, experiments, spacecraft configuration, trajectory design, sterilization, flight path control and photographic imaging
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Mariner Mars 1969 flyby missions objectives, experiments, spacecraft configuration, trajectory design, sterilization, flight path control and photographic imaging
Loaded bipropellant liquid propulsion system sterilization studies on structural and nonmetallic materials suitability for use in oxidizer
Silver-zinc cells having a separator system of cross-linked high-density polyethylene with a methacrylic acid graft withstand corrosion when subjected to thermal sterilization treatments.
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.
Coating electrodes of silver-cadmium cells with thermostable electrodeposits of calcium hydroxide or magnesium hydroxide reduces silver migration and increases cell life. Absence of organic matter enables assembled cells to be sterilized without oxidation of the material of the separators.
Heat sterilization and impact resistent Ni-Cd battery development
Shelf and cycle life tests on sterilized and unsterilized silver-zinc control cells
Pressure differential for spacecraft sterilization against microbe contamination
Thermal inactivation of microbes relating to spacecraft sterilization
Enzymatic activity retention in soils subjected to partial or total sterilization
Testing Dacron parachute components and assemblies by exposure to ethylene oxide sterilization, simulated package loading, and heat cycle
Spacecraft sterilization method for aseptic maintenance by pressurization
Demonstration of solid propellant rocket engine for unmanned planetary landers to withstand dry heat sterilization
Sterilized solid propellant motors applicability to planetary landing capsule spin stabilization
High impact Ag-Zn cell design for space missions instrument package landing, considering heat sterilization and minimum operational capability
Model supplements biological surveys of spacecraft by simulating microbial burden accumulation process during periods when surveys are not taken. Important application of model is to predict microbial loading on spacecraft landing capsule immediately prior to terminal heat sterilization.
Monitoring water sterility in spacecraft water storage and supply systems using porphyrin initiated chemiluminescence technique
Thermoradiation studies on microorganisms for spacecraft sterilization