The techniques of fabricating and characterizing the surface properties of electrode materials were investigated. The basic surface properties of these materials were studied with respect to their utilization as thermionic energy converter electrodes. Emphasis was placed on those factors (e.g, cesium disorption kinetic and mechanisms of low work function production) which are of primary concern to thermionic converter performance
Work performed on this contract was primarily for the evaluation of selected electrode materials for...
Outputs are presented for some cesium diodes having primarily emitters of highly oriented polycrysta...
Research in thermionic energy conversion technology is reported. The objectives were to produce conv...
Thermal faceting was observed for the high index planes of LaB6. The (100), (110), and (111) planes ...
Description of experimental apparatus for analytically determining surface processes affecting perfo...
Technological processes in out-of-core thermionic energy conversion are described. The emphasis was ...
Design, fabrication, and test of advanced rhenium alloy electrode thermionic converter
Prepared by Oregon Graduate Center, Beaverton, for Lewis Research Center.Cover title.Includes biblio...
The work function determinations of candidate materials for low temperature (1400 K) thermionics thr...
Literature survey of materials for gaseous thermionic conversion systems for use in spac
Progress made in different tasks of the advanced thermionic technology program is described. The tas...
This topical report represents one of a series of reports "Task III: Investigation of the Effect of ...
The current emphasis is on out-of-core thermionic conversion (TEC). The additional degrees of freedo...
Rhenium electrode material investigation and performance studies of low temperature cesium vapor the...
Thermionic converter with fluorine vapor deposited tungsten emitter etched to expose crystal plane
Work performed on this contract was primarily for the evaluation of selected electrode materials for...
Outputs are presented for some cesium diodes having primarily emitters of highly oriented polycrysta...
Research in thermionic energy conversion technology is reported. The objectives were to produce conv...
Thermal faceting was observed for the high index planes of LaB6. The (100), (110), and (111) planes ...
Description of experimental apparatus for analytically determining surface processes affecting perfo...
Technological processes in out-of-core thermionic energy conversion are described. The emphasis was ...
Design, fabrication, and test of advanced rhenium alloy electrode thermionic converter
Prepared by Oregon Graduate Center, Beaverton, for Lewis Research Center.Cover title.Includes biblio...
The work function determinations of candidate materials for low temperature (1400 K) thermionics thr...
Literature survey of materials for gaseous thermionic conversion systems for use in spac
Progress made in different tasks of the advanced thermionic technology program is described. The tas...
This topical report represents one of a series of reports "Task III: Investigation of the Effect of ...
The current emphasis is on out-of-core thermionic conversion (TEC). The additional degrees of freedo...
Rhenium electrode material investigation and performance studies of low temperature cesium vapor the...
Thermionic converter with fluorine vapor deposited tungsten emitter etched to expose crystal plane
Work performed on this contract was primarily for the evaluation of selected electrode materials for...
Outputs are presented for some cesium diodes having primarily emitters of highly oriented polycrysta...
Research in thermionic energy conversion technology is reported. The objectives were to produce conv...