Investigation of injectors for a low-chamber- pressure hydrogen-fluorine rocket engine
Performance tests of low pressure drop coaxial and shower-head injectors for gaseous hydrogen- liquid fluorine rocket chamber
HYDROGEN FUEL↗
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Results for “FLUORINATION”
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 a hydrogen- fluorine rocket engine at several chamber pressures and exhaust-nozzle expansion area ratios
Experimental performance of hydrogen-fluorine rocket engine at several chamber pressures and exhaust-nozzle expansion area ratios
NOZZLE EXPANSION↗
Meteorological considerations in the handling of a mixture of liquid fluorine and liquid oxygen
Meteorological considerations in handling liquid fluorine and liquid oxygen mixture
METEOROLOGY↗
Kinetics of the fluorination of iron
Kinetics of fluorination of iron at various temperatures and pressures, and mechanism for fluoride film growth on iron surface
FLUORINATION↗
Desorption kinetics of multiple adsorbates - Cesium with fluorine on molybdenum and tungsten
Desorption kinetics of multiple adsorbates - cesium with fluorine on molybdenum and tungsten with application to thermionic diodes
CESIUM↗
Comparison of experimental and kinetically limited theoretical performance of the hydrogen-fluorine propellant system
Theoretical calculations of hydrogen-fluorine rocket engine performance
ROCKET ENGINE↗
Experimental Performance of a 5000-pound- Thrust Rocket Chamber Using a 20-percent- Fluorine - 80-percent-oxygen Mixture with RP-1
Increased performance of rocket engine using fluorine-oxygen mixture with RP-1 fuel
FLUORINE-LIQUID OXYGEN /FLOX/↗
Adaptation of the RL10 engine for fluorine- hydrogen application.
RL10 pump-fed rocket engine modified for fluorine-hydrogen application
LIQUID PROPELLANT ROCKET ENGINE↗
Physical properties of the liquid ozone- fluorine system.
Density, viscosity, surface tension, vapor pressure and vapor liquid equilibria data of liquid ozone-fluorine mixtures considered as Newtonian fluids
OZONE↗
Exposure criteria for fluorine rocket propellants.
Exposure and tolerance limits for fluorine rocket propellants
FLUORINE-LIQUID OXYGEN /FLOX/↗
The signs of fluorine-phosphorus coupling constants
Signs of phosphorus-fluorine nuclear resonance spin-spin coupling constants
SPIN-SPIN COUPLING↗
Fluorine toxicity studies at the University of Miami Semiannual progress report
Gas-liquid chromatography studies of toxicity of fluorine
TOXICITY↗
Ignition of hydrogen-fluorinated oxidizers Final report, 30 Jun. - 30 Nov. 1966
Ignition of hydrogen fluorinated oxidizers
FLUORINE-LIQUID OXYGEN /FLOX/↗
Interpretation of /d, alpha/ reactions on fluorine 19 and nitrogen 15
Angular distributions of five alpha particle groups from fluorine 19 and nitrogen 15 nuclear reactions
FLUORINE↗
Fluorine toxicity studies Status progress report
Fluorine toxicity studies of effects from human inhalation and damage to animal kidneys
KIDNEY↗
Kinetics of the Fluorination of Beryllium
Pressure drop method for determining chemical kinetics of fluorination of beryllium
FLUORINATION↗
Effects from repeated short-term inhalation of fluorine.
Effects on lungs, livers, and kidneys of mice, rats, and rabbits from repeated short-term inhalation of fluorine
FLUORINE↗
Effects of Fluorinated Diluents in Localized High‐Concentration Electrolytes for Lithium–Oxygen Batteries
Abstract A stable electrolyte is critical for practical application of lithium–oxygen batteries (LOBs). Although the ionic conductivity and electrochemical stability of the electrolytes have been extensively investigated before, their oxygen solubility, viscosity, volatility, and the stability against singlet oxygen ( 1 O 2 ) still need to be comprehensively investigated to provide a full picture of the electrolytes, especially for an open system such as LOBs. Herein, a systematic investigation is reported on the localized high‐concentration electrolytes (LHCEs) using different fluorinated diluents in comparison with those of conventional electrolytes. The physical properties and activation energies for reactions with singlet oxygen ( 1 O 2 ) of these electrolytes are calculated by density functional theory. The electrochemical performances of LOBs using these electrolytes are compared. This study reveals that the correlation between the stability of the electrolytes and their physical and electrochemical properties depends strongly on the diluents in LHCEs. Therefore, it shines light on the rational design of new electrolytes for LOBs.
Kwak, Won‐Jin↗