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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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Thermionic emission of electrons from a body entering a planetary atmosphere or traveling near a star, calculating electric potential and electron density distribution at the surface
Polycrystalline molybdenum as electrode material for cesium vapor thermionic converters
Program development of solar energy thermionic converters and generators
Solar energy thermionic converter design
Electron work function of metal immersed in gas for cesium thermionic diode application
Fabrication of thermionic double diode modules
Engineering evaluation of advanced nuclear thermionic space powerplants
Refractory ceramic oxide for thermionic diodes
Large amplitude current oscillations in one- dimensional low pressure thermionic converter
Vapor thermionic converters for nuclear application
Vapor thermionic converters for nuclear application
Thermionic materials for space power application - uranium carbide-zirconium carbide fuels and tungsten cladding
Studies of thermionic materials for space power applications
Thermionic materials for space power application
Sublimation rate of rhenium measured for determining source of contamination - vaporization of thermionic refractory materials
Cesium vapor diode thermionic converter - electrode surface properties, space charge neutralization, plasma studies on arc drop
Thermionic work function of refractory metallic compounds and electronic and crystal structure - emissivity measurement and diode fabrication
Advanced converter structure capable of satisfying geometrical constraints of generator designs for Solar Energy Thermionic /SET/ PROGRAM