Studies of alkali metal corrosion on materials for advanced space power systems quarterly progress report 1, 26 jun. - 26 sep. 1964
Stress corrosion of niobium alloy in potassium system - advanced space power system material
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Stress corrosion of niobium alloy in potassium system - advanced space power system material
Creep testing data and machine reliability for high-temperature long-time tests on niobium, tungsten, and rhenium alloys
Ultrahigh vacuum creep data for tungsten, tungsten-25 per cent rhenium, TZM and TZC MOLYBDENUM alloys and AS-30 niobium alloy
Influence of stress on corrosion behavior of refractory alloy in potassium, and corrosion mass transfer effects in stainless steel-niobium alloy-potassium system
Creep data obtained at high temperatures for molybdenum, niobium, tantalum, and tungsten refractory alloys which have potential use in advanced power systems
Influence of stress on corrosion behavior and mass transfer effect on refractory materials for advanced space power systems
Stress corrosion reflux capsule tests of niobium alloy in potassium
Flaw growth rates and fracture toughness data for materials used in thick walled cylindrical tanks
Long time creep test data generated for refractory alloys at elevated temperatures
Space radiation effects on silicon integrated microcircuits
Computer simulation feasibility study for Saturn launch vehicle and support equipment
Creep tests of arc-cast and vapor deposited tungsten, molybdenum alloys, niobium, and tantalum base alloys for use in advanced power systems
Electron bombardment effects on silicon and silicon solar cells
Asbestos and polypropylene separators for nickel-cadmium cells which are sterilized
Saturn S-IC open-loop propellant-hydraulic system study
Long time creep data on refractory alloys at high temperatures
Long time creep test data on molybdenum base alloys, tantalum base alloys, and vapor deposited tungsten
Long-time creep data on refractory metal alloys for advanced space power systems