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The report presents the results of the past year's work in a program to investigate basic process in thermionic diodes which are important to the realization of practical thermionic energy conversion.
The report presents the results of the past year's work in a program to investigate basic process in thermionic diodes which are important to the realization of practical thermionic energy conversion.
The report presents the results of the past year's work in a program to investigate basic process in thermionic diodes which are important to the realization of practical thermionic energy conversion.
The report presents the results of the past year's work in a program to investigate basic process in thermionic diodes which are important to the realization of practical thermionic energy conversion.
Results of work in a continuing program to investigate basic processes in thermionic energy conversion related to thermionic nuclear power plants for naval applications are reported. The areas in which progress is reported include statistical mechanics of Cs adsorption, space charge analysis for low pressure thermionic diodes, emission requirements for removal of space charge barriers, unignited mode of thermionic converters, interpretation of volt-ampere characteristics, vaporization and deposition at Cs-covered surfaces, and Cs purification. (auth).
The report presents the result of work in a continuing program to investigate basic processes in thermionic energy conversion. It is primarily based on papers that were given at various thermionic conferences. The subjects discussed are: transport implications of spectroscopic diode measurements, review of thermionic converter plasma physics, theory of the ignited mode with spatial temperature variation, and a theory of the ignited mode assuming uniform temperatures. (Author).