Add to ORKGThermionic conversion data obtained from a variable gap cesium diminiode with a hot pressed, sintered lanthanum hexaboride emitter and an arc melted lanthanum hexaboride collector are presented. Performance curves cover a range of temperatures: emitter 1500 to 1700 K, collector 750 to 1000 K, and cesium reservoir 370 to 510 K. Calculated values of emitter and collector work functions and barrier index are also given
Technological processes in out-of-core thermionic energy conversion are described. The emphasis was ...
The work done to fabricate Marchuk plasma discharge tubes for measurement of the cesiated emission o...
Design, fabrication, and test of advanced rhenium alloy electrode thermionic converter
Lanthanum hexaboride electrodes in 1700 K cesium diodes may triple power outputs compared with those...
Results from tests of the first variable-gap diminiode at an initial interelectrode spacing of 0.23 ...
Preliminary data indicating thermionic-conversion potentialities for a 111-iridium emitter and colle...
Diminiodes are fixed-or variable-gap cesium diodes with plane miniature emitters and guarded collect...
Research progress is briefly outlined in the areas of activation experiments, enchanced mode convers...
Rhenium electrode material investigation and performance studies of low temperature cesium vapor the...
Computer processed performance data for thermionic converter with etched rhenium emitter and niobium...
Outputs are presented for some cesium diodes having primarily emitters of highly oriented polycrysta...
Work performed on this contract was primarily for the evaluation of selected electrode materials for...
The objective is to improve thermionic converter performance by means of reduced interelectrode loss...
Thermionic research and development program - improvement of performance of low emitter temperature ...
Thermal, field emitters of lanthanum (or perhaps cerium) hexaboride (LaB6) with temperature variabil...
Technological processes in out-of-core thermionic energy conversion are described. The emphasis was ...
The work done to fabricate Marchuk plasma discharge tubes for measurement of the cesiated emission o...
Design, fabrication, and test of advanced rhenium alloy electrode thermionic converter
Lanthanum hexaboride electrodes in 1700 K cesium diodes may triple power outputs compared with those...
Results from tests of the first variable-gap diminiode at an initial interelectrode spacing of 0.23 ...
Preliminary data indicating thermionic-conversion potentialities for a 111-iridium emitter and colle...
Diminiodes are fixed-or variable-gap cesium diodes with plane miniature emitters and guarded collect...
Research progress is briefly outlined in the areas of activation experiments, enchanced mode convers...
Rhenium electrode material investigation and performance studies of low temperature cesium vapor the...
Computer processed performance data for thermionic converter with etched rhenium emitter and niobium...
Outputs are presented for some cesium diodes having primarily emitters of highly oriented polycrysta...
Work performed on this contract was primarily for the evaluation of selected electrode materials for...
The objective is to improve thermionic converter performance by means of reduced interelectrode loss...
Thermionic research and development program - improvement of performance of low emitter temperature ...
Thermal, field emitters of lanthanum (or perhaps cerium) hexaboride (LaB6) with temperature variabil...
Technological processes in out-of-core thermionic energy conversion are described. The emphasis was ...
The work done to fabricate Marchuk plasma discharge tubes for measurement of the cesiated emission o...
Design, fabrication, and test of advanced rhenium alloy electrode thermionic converter