Vapor-filled thermionic converters final report
Cesium vapor diode thermionic converter - electrode surface properties, space charge neutralization, plasma studies on arc drop
SURFACE PROPERTY↗
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Cesium-cesium cross section and the lennard- jones parameters.
Cesium-cesium total scattering cross section computed by Lennard-Jones parameter for cesium vapor transport properties
SCATTERING CROSS SECTION↗
Applied thermionic research First quarterly progress report, 25 Jun. - 25 Sep. 1965
Cesium vapor thermionic converters - use of argon with inert gas additives
THERMIONIC CONVERTER↗
COMPARISON OF COMMERCIAL, SPHERICAL POWDER AND WIRE BUNDLE TUNGSTEN IONIZERS
Spherical powder and wire bundle tungsten ion sources for ionization of cesium vapor
TUNGSTEN↗
Analysis of the acceleration of lithium in a two-phase nozzle
Calculation of acceleration of lithium by cesium vapor in two-phase nozzle
LITHIUM↗
Ionization mechanism and electron temperature in cesium arcs.
Collision ionization and electron temperatures in cesium vapor thermionic converters
ELECTRON TEMPERATURE↗
High-performance Thermionic Converters Final Report, 19 May 1965 - 19 Jul. 1966
Precision variable parameter test vehicles for parametric studies of plane-parallel cesium vapor thermionic converter performance
PERFORMANCE CHARACTERISTICS↗
Influence of opposing slits on molecular flow from an isothermal enclosure at low densities
Particle density measurement of cesium vapor in isothermal enclosure at low densities
DENSITY MEASUREMENT↗
Applied thermionic research Second quarterly progress report, 25 Sep. - 25 Dec. 1965
Cesium vapor thermionic conversion with metallic and inert gas additives
THERMIONIC CONVERSION SYSTEM↗
Porosity effects in the ionization of cesium on tungsten.
Cesium vapor ionization on porous tungsten substrate creates gradients in surface atom concentrations diminishing ionization efficiency
IONIZATION POTENTIAL↗
High-performance thermionic converter Quarterly progress report, 13 Nov. 1965 - 13 Feb. 1966
Stability and optimization parameters of cesium vapor thermionic converters studied in high performance long life equipment fabrication project
STABILITY↗
Development of automatic control systems for electron bombardment and contact ion engines
Cesium vapor automatic control systems for electron bombardment and contact ion engines
ION ENGINE↗
Angular distribution of flow from orifices and tubes at high Knudsen numbers.
Cesium vapor flow from orifices and tubes into vacuum analyzed, noting dependence of angular distribution and center line intensity on Knudsen numbers
KNUDSEN NUMBER↗
Design comparison of cesium and potassium vapor turbine-generator units for space power
Design comparison of cesium and potassium vapor turbogenerator units for space power plants
Burton, D. W.↗
Design studies of condensers and radiators for cesium and potassium vapor cycle space power plants
Design studies of condensers and radiators for cesium and potassium vapor cycle space power plants
Fraas, A. P.↗
Guidance and control research
Cesium vapor heat conduction in thermionic energy converters, space charge distribution in neutral plasma, and titanium oxide thin films
THERMIONIC CONVERTER↗
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 analysis
THERMIONIC CONVERTER↗
Multiple relaxation and inhomogeneous broadening in resonance enhanced Raman scattering - Application to tunable infrared generation
The solutions for the imaginary susceptibility of the Raman field transition with arbitrary relaxation rates and field strengths are examined for differing sets of relaxation rates with emphasis on alkali metal vapors which have spontaneous emission dominated relaxation. The model is further expanded to include Doppler broadening and used to predict the peak gain as a function of detuning for a frequency doubled alexandrite laser-pumped cesium vapor gain cell.
Ryan, J. C.↗