Evaluation of thermionic emitter surfaces.
Thermionic emitter surface evaluations through work function vs temperature and through electrical output
Kitrilakis, S. S.↗
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Dependence of the rate of electrodic redox reactions on the substrate.
Electrodic redox reaction rates dependence on noble metal substrates work functions in solution containing Cl ion or sulfate ion, noting anion effects
Bockris, J. O'M.↗
Chemical vapor-deposition of tungsten emitters of /110/ preferred crystal orientation.
Preferred crystal orientations and vacuum work functions of planar tungsten deposits formed by hydrogen reduction of tungsten chloride
Hudson, R. G.↗
Adsorption of cesium fluoride on tungsten.
Adsorption of CsF on W, noting effect of F on work function and thermal stability of Cs on W
Bell, A. E.↗
Theoretical and experimental investigation of the physics of crystalline surfaces Quarterly status report, 1 Aug. - 31 Oct. 1968
Particle densities, elastic and inelastic scattering, electron diffraction patterns, and adsorbate influence on surface structure and work function changes on crystalline surfaces
Bauer, E.↗
Guidance and control research
Effective work function of metal contacts to vacuum cleaved photoconducting cadmium sulfide, Curie point switching experiments, and germanium diodes for noise measurements
Source record↗
Applied thermionic research Quarterly progress report, 4 Jun. - 4 Nov. 1968
Emission characteristics, work function measurements, and variable spacing data on vapor-deposited tungsten emitter, and cesium pressure effects
Lieb, D.↗
Influence of surface parameters on anode losses in arcjets.
Surface parameters influence on energy transfer to arc jet anode, discussing work function, accommodation coefficient and diffuse reflection coefficient of electrons
Hassan, H. A.↗
A study of facetting of tungsten single crystal surfaces.
Thermal faceting of tungsten single crystal surfaces in oxygen, using vibrating-capacitor work function probe with low energy electron diffraction
Blakely, J. M.↗
Side-wall currents in unignited hardware-type thermionic energy converters.
Side wall currents in unignited hardware type thermionic energy converters, discussing work function and heat choke
Shimada, K.↗
The kinetics of oxygen adsorption on the /112/ and /110/ planes of tungsten.
Low energy electron diffraction oxygen adsorption kinetics on planes of tungsten at coverages below monolayer and work function measurements
Blakely, J. M.↗
A simple empirical formulation of electron emission from cesiated metal surfaces
Anode work functions from cesiated metal surfaces as parameters for thermionic converter systems analysis
Smith, A. L.↗
Contact-potential measurements of the adsorption of I sub 2, Br sub 2, and Cl sub 2 on bare and cesiated W/100/
Work function measurement for adsorption of diatomic I, Br and Cl on W crystal using electron beam retarding potential method
Fehrs, D. L.↗
Richardson-Dushman equation nomograph
Nomographic Richardson-Dushman equation solutions for thermionic electron emission devices, giving current density for various work functions and electrode temperatures
Breitwieser, R.↗
Influence of surface parameters on anode losses in arcjets
Surface parameters influence on energy transfer to arc jet anode, discussing work function, accommodation coefficient and diffuse reflection coefficient of electrons
Hassan, H. A.↗
Comments on 'an electron diffraction study of cesium adsorption on tungsten'
Critique of paper on electron diffraction study of Ce adsorption on W surface, discussing electron work function changes and data discrepancies
Fehrs, D. L.↗
Beyond the local-density approximation - Surface properties of /110/ W
Surface potential and electron work function of single crystal plane W/110 under zero-field and strong-field conditions
Smith, J. R.↗
The characterization of bare and cesiated CVD 75 percent tungsten/25 percent rhenium electrodes
Bare and cesiated work function of covapor deposited tungsten-rhenium electrodes from vacuum emission vehicle Schottky plots
Campbell, A. E.↗