Interpretation of the optical properties of the alkali metals.
Optical absorption of K, Cs and Na
ALKALI METAL↗
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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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Alkali-metal, Rankine-cycle power systems for electric propulsion.
Electric propulsion for space exploration, discussing testing results on Rankine cycle power system
RANKINE CYCLE↗
The chemistry of hydrogen in liquid-alkali- metal mixtures useful as nuclear reactor coolants. I.
Hydrogen solubility in eutectic sodium-potassium mixture, noting usefulness as nuclear reactor coolants, and dependence on pressure and temperature variations
EUTECTIC ALLOY↗
Alkali metals boiling and condensing investigations Quarterly progress report no. 13, Jul. 1 - Sep. 30, 1965
Two-phase heat transfer and fluid flow data for potassium under conditions of boiling and condensing
BOILING↗
Experimental and Theoretical Studies of Pressure Broadened Alkali-Metal Atom Resonance Lines
We are carrying out a joint theoretical and experimental research program to study the broadening of alkali atom resonance lines due to collisions with helium and molecular hydrogen for applications to spectroscopic studies of brown dwarfs and extrasolar giant planets.
Shindo, F.↗
ALKALI METALS BOILING AND CONDENSING INVESTIGATIONS
Two phase heat transfer data for sodium and potassium under conditions of boiling and condensing
HEAT TRANSFER↗
ALKALI METAL TWO PHASE HEAT TRANSFER FOR SPACE POWER - PRESENT STATUS
Two-phase heat-transfer and fluid-flow characteristics in nucleate boiling of potassium for use in space power systems
NUCLEATE BOILING↗
Low-coverage heat of adsorption. i - alkali metal atoms on tungsten, atom-metal inter- action theories
Experimental values of heat of adsorption for sodium, rubidium, and cesium on tungsten substrate
CESIUM↗
Low-coverage heat of adsorption. ii - alkali metal atoms on tungsten, lennard-jones atom- atom interaction theory
Heat of adsorption for sodium, rubidium, and cesium on tungsten substrate - chemisorption
SODIUM↗
Low-coverage heats of adsorption. iii - alkali metal ions on tungsten, atom-metal interaction theory
Heats of adsorption of sodium, rubidium, and cesium ions on tungsten substrate
CESIUM ION↗
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
POTASSIUM↗
Investigation of collision probability of electrons and ions with alkali metal atoms semiannual report, 22 apr. - 21 oct. 1964
Collision probability of electrons and ions with cesium atoms
ATOMIC COLLISION↗
Alkali metals boiling and condensing investigations quarterly progress report no. 10, oct. 1 - dec. 31, 1964
Nucleate boiling and condensed heat transfer mechanism of potassium
HEAT TRANSFER↗
Bromine Trifluoride Method for Oxygen in Liquid Alkali Metals Final Report, Jan. 1, 1964 - Mar. 31, 1965
Oxygen recovery from potassium carbonate and potassium bromate by bromine trifluoride method
BROMINE COMPOUND↗
Studies of alkali metal corrosion on materials for advanced space power systems quarterly progress report no. 3, dec. 26, 1964 - mar. 26, 1965
Influence of stress on corrosion behavior of refractory alloy in potassium, and corrosion mass transfer effects in stainless steel-niobium alloy-potassium system
STAINLESS STEEL↗
Alkali metals boiling and condensing investigations quarterly progress report no. 11, 1 jan. - 31 mar. 1965
Two-phase heat transfer and fluid flow data for potassium
POTASSIUM↗
Investigation of collision probability of electrons and ions with alkali metal atoms semiannual report, oct. 22, 1964 - may 11, 1965
Electron-cesium atom collision and cesium ion-atom collision cross sections
SCATTERING CROSS SECTION↗
Development of high-temperature, high-current, alkali-metal, vapor-filled ceramic thyratrons and rectifiers quarterly progress report no. 4
Tube diode construction with thoriated tungsten cathode and tubes with barium-system cathodes and with thallium pellets - vapor-filled ceramic thyratons and rectifiers development
RECTIFIER↗