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Thermodynamics of Thermionic Engines
Prediction of Optimum Performance of Vacuum
Theoretical Analysis of a Magnetic Triode as
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amp/cm2 analysis anode calculated cathode and anode cent cesium atoms cesium pressure charge coefficient cold junction collector conductor constant cooler current density curve device diode configuration effects elec electrical resistivity elements emitted emitter temperature equation experimental Fermi level figure of merit flow flux fuel cell function G. N. Hatsopoulos given gradient heat source heat transfer high temperature hot junction ionization ions Joule heating junction temperature lattice lead telluride load magnetic field magnetic triode maximum power measured metal method n-type obtained operation optimum output power output voltage oxide parameters Peltier perature Phys plasma diode plate power output properties radiation Seebeck semiconductor shown in Fig solder space-charge minimum specimen surface tellurium temperature difference thermal conductivity thermal efficiency Thermionic Emission thermionic energy converter thermo thermocouple thermodynamics thermoelectric effects thermoelectric materials thermoelectric power Thermoelectron Engine thermopile tion triode tube tungsten vacuum diode volts work-function