Applied thermionic research Quarterly progress report, 25 Jan. - 25 Mar. 1965

Cesium fluoride and argon plasma additive effects in thermionic converter

Applied thermionic research First quarterly progress report, 25 Jun. - 25 Sep. 1965

Cesium vapor thermionic converters - use of argon with inert gas additive

Thermionic research program Final report, Jun. 1965 - Jun. 1966

Experimental research on thermionic energy conversio

Thermionic research program, volume I Final report

Design, fabrication, calibration, instrumentation, and operation of test converter to generate parameters in thermionic converter operatio

Applied thermionic research Second quarterly progress report, 25 Sep. - 25 Dec. 1965

Cesium vapor thermionic conversion with metallic and inert gas additive

Task iv- /research/ of the solar energy thermionic /set/ conversion development program third quarterly progress report, 1 dec. 1964 - 28 feb. 1965

Operational parameters for thermionic converter - cesium vapor diode formulation and computer method of analysi

Performance tests of a thermionic converter with an oxygenated cesium reservoir

Cesium oxide/cesium solutions as a possible source of oxygen and cesium are investigated. A converter-reservoir system which allows multiple additions of oxygen with intervening thermionic performance tests was developed. The experimental data cover the cesium oxide mole fraction range of 0 to 0.018 with thermionic performance measurements in the emitter temperature range of 1600 to 1900 K. The data showed that the thermionic performance was unaffected by the presence of cesium oxide in this mole fraction range and higher mole fractions appear to be required for the proper oxygen arrival rate at the emitter surface

Performance of chemically vapor-deposited tungsten emitters in thermionic converters

Performance of chemically vapor deposited tungsten emitters in thermionic converter