High-temperature thermionic emission microscope
Thermionic emission microscope was designed to operate with metal specimen cathode temperatures of 2000 degrees C.
Campbell, A. E., Jr.↗
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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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A reactor concept for space power employing thermionic diodes and pipes
Reactor heat pipe flow system with external diode for thermionic generator power supply
Heath, C. A.↗
Measurements on xenon filled nuclear irradiated thermionic diodes
Current-voltage characteristics of xenon filled nuclear irradiated thermionic diodes
Forman, R.↗
The development of thermionic isotope space power technology, appendix 1 Final technical report
Computer programs for analyzing performance data on thermionic isotope space power system
Source record↗
Electrical properties of xenon-filled thermionic diodes in radiation field of a nuclear reactor
Electrical properties of xenon filled thermionic diodes in nuclear reactor radiation field
Forman, R.↗
Six-converter solar thermionic generator /JG-4/ Quarterly progress report, 1 Jul. - 15 Dec. 1967
Six converter solar thermionic generator
Athanis, T.↗
Solar thermionic generator development Quarterly report, 1 Sep. - 30 Nov. 1967
Testing, fabrication, configuration selection, and electrical performance calculations in solar thermionic generator development
Source record↗
Experiments to Establish Current-carrying Capacity of Thermionic-emitting Cathodes Final Report, 11 Jan. 1966 - 30 Jan. 1967
Current carrying capabilities of thermionic cathodes in nitrogen at pressure levels above one atmosphere
Enos, G.↗
Summary of radiation effects on thermionic insulator materials
Radiation effects on thermionic insulator materials - evaluation of beryllia, alumina, thoria, zirconia, and yttria
Mayer, J. T.↗
The effect of environment on ceramic insulator for nuclear thermionic applications
High temperature, and radiation field effects on physical properties of ceramic insulators for nuclear thermionic systems
Davis, M. V.↗
Heat pipe thermionic converter development Final report, 23 Jun. 1966 - 6 Nov. 1967
Heat pipe thermionic converter
Brosens, P.↗
Thermionic converter and generator tests
Performance and life test on thermionic converters and generators
Rouklove, P.↗
Pairs of emitter and collector sheaths for cesium thermionic diodes
Pairs of emitter and collector sheaths for cesium thermionic diodes
Morris, J. F.↗
Electrical performance of a rhenium-niobium cylindrical thermionic converter
Electrical performance of rhenium niobium cylindrical thermionic converter
Bifano, W. J.↗
Solar thermionic generator development Quarterly report, 1 Dec. 1967 - 29 Feb. 1968
Fabrication and test performance of solar thermionic collector-radiator heat pipe structure
Source record↗
Characteristics of a variable spaced planar thermionic converter with a tungsten emitter and a niobium collector
Current-voltage characteristics of variable spaced thermionic converter with tungsten emitter and niobium collector
Lawrence, J.↗
Thermal performance of a rhenium niobium cylindrical thermionic converter
Efficiency and steady state performance of cylindrical thermionic converter with rhenium emitter and niobium collector
Bifano, W. J.↗
A nuclear thermionic space power concept using rod control and heat pipes
Nuclear reactor space power using out of pile thermionic diodes and heat pipes cooling with control rods
Anderson, J. I., Jr.↗