Thermionic Fuel Irradiation Experiment Description
Irradiation of encapsulated fuel and fast neutron fluxes that simulate thermionic reactor conditions
Migra, Robert P.↗
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Development of thermionic converters Quarterly progress report
Design and fabrication of high efficiency, low power thermionic converters - graphs
Hamerdinger, R.↗
Thermionic cathode evaluation study Interim report, 1 Jan. - 31 Mar. 1969
Diodes using thermionic cathodes and powdered nickel for cathode coating
Hill, F. T.↗
Development of thermionic converters Quarterly progress report
Low power cylindrical thermionic converter development
Jacobson, D.↗
Design and fabrication of advanced thermionic converters Final report
Engineering models and flux analysis for solar energy thermionic converter design
Source record↗
Characteristics of a thermionic converter with a fluoride vapor deposited tungsten emitter etched to preferentially expose the 110 crystal planes
Thermionic converter with fluorine vapor deposited tungsten emitter etched to expose crystal planes
Lawrence, J.↗
A comparison of the performance of two rhenium, niobium cylindrical thermionic converters.
Rhenium-niobium cylindrical thermionic converters with mechanically polished or electroetched emitters, comparing performance
Kascak, T. J.↗
Electron cooling and plasma heating of thermionic converters.
Electron emitter cooling and plasma heating of thermionic converters noting effects of plasma density, diode spacing, etc
Breitwieser, R.↗
A nuclear thermionic space power concept using rod control and heat pipes.
Nuclear reactor space power system concept using thermionic diodes, heat pipes and rod control, emphasizing neutronic aspects and feasibility
Anderson, J. L.↗
The performance of a rhenium, niobium cylindrical thermionic converter.
Rhenium Nb cylindrical thermionic converter, measuring efficiency and power density in emitter temperature range 1600-2050 K and collector temperature range 873-1173 K
Kascak, T. J.↗
Reflections of electron beams in thermionic diodes.
Backscattering due to collisions for electrons from emitter accelerated through positive ion sheath into plasma in thermionic diodes
Morris, J. F.↗
Reproducibility of thermionic performance.
Reproducibility of thermionic converters performance, comparing volt-ampere characteristics with reservoir and collector temperature
Shefsiek, P. K.↗
Correlation of fixed-spacing thermionic converter performance with variable-spacing test vehicle data.
Performance prediction for planar and cylindrical electrode geometry fixed spacing thermionic converters
Merrill, O. S.↗
Fixed-space planar thermionic diode with collector guard ring.
Fixed space planar thermionic diode with collector guard ring for studying various emitter materials, measuring emitter temperatures
Speidel, T. O.↗
A comparison of the performance of two rhenium, niobium cylindrical thermionic converters.
Comparative performance of niobium cylindrical thermionic converters with vapor deposited rhenium, stressing emitters surface preparation
Kascak, T. J.↗
The performance of a rhenium, niobium cylindrical thermionic converter.
Cylindrical thermionic converter with vapor deposited rhenium emitter and niobium collector, measuring efficiency and power density
Kascak, T. J.↗
Large cylindrical thermionic diode with rhenium emitter for diode kinetic experiments.
Cylindrical thermionic diode with rhenium emitter for diode kinetic experiments, presenting test data from prototype diode with thimble water cooled
Peelgren, M.↗
Performance of chloride and fluoride vapor- deposited tungsten emitters in thermionic converters.
Thermionic converters with chloride and fluoride vapor deposited tungsten emitters, comparing performance characteristics and stability
Wang, C.-C.↗