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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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Experimental performance of hydrogen-fluorine rocket engine at several chamber pressures and exhaust-nozzle expansion area ratios
Meteorological considerations in handling liquid fluorine and liquid oxygen mixture
Kinetics of fluorination of iron at various temperatures and pressures, and mechanism for fluoride film growth on iron surface
Desorption kinetics of multiple adsorbates - cesium with fluorine on molybdenum and tungsten with application to thermionic diodes
Theoretical calculations of hydrogen-fluorine rocket engine performance
Increased performance of rocket engine using fluorine-oxygen mixture with RP-1 fuel
RL10 pump-fed rocket engine modified for fluorine-hydrogen application
Density, viscosity, surface tension, vapor pressure and vapor liquid equilibria data of liquid ozone-fluorine mixtures considered as Newtonian fluids
Exposure and tolerance limits for fluorine rocket propellants
Signs of phosphorus-fluorine nuclear resonance spin-spin coupling constants
Gas-liquid chromatography studies of toxicity of fluorine
Ignition of hydrogen fluorinated oxidizers
Angular distributions of five alpha particle groups from fluorine 19 and nitrogen 15 nuclear reactions
Fluorine toxicity studies of effects from human inhalation and damage to animal kidneys
Pressure drop method for determining chemical kinetics of fluorination of beryllium
Effects on lungs, livers, and kidneys of mice, rats, and rabbits from repeated short-term inhalation of fluorine
Experiments show that xenon and fluorine combine readily at 400 deg C to form xenon tetrafluoride, which is colorless, crystalline, chemically stable and solid at room temperature. This process can be used for the separation of xenon from mixtures with other noble gases.
Erected dipole model in cesium adsorption on fluorinated molybdenum - structure of adsorbed layers