Single crystal clean work functions and the behavior of various adsorbates on metal surfaces Final report
Determining work functions and temperature coefficients by relative field emission method
Bell, A. E.↗
Engineering topics
Bennette, C. J.
Publications and source records attributed to Bennette, C. J..
Low-energy electron interaction with coadsorbates on tungsten.
Low energy electron effects on coadsorbates on tungsten, using field emission techniques
Bennette, C. J.↗
Behavior of various adsorbates on metal substrates Final report, 23 Dec. 1965 - 17 Feb. 1967
Behavior of adsorbates on metal substrates
Bennette, C. J.↗
Behavior of various adsorbates on metal substrates Final report, 3 Jun. 1964 - 18 Dec. 1965
Electron emission properties of refractory metals for ion propulsion studies with applications to problems of voltage breakdown across vacuum gaps and cesium ionization on refractory metals
CESIUM ION↗
Behavior of various adsorbates on metal substrates quarterly progress report no. 3, 1 dec. 1964 - 28 feb. 1965
Vacuum breakdown studies - surface kinetics of adsorbed layers by field emission, sputtering of metallic surfaces, and electron interactions with adsorbed layers on metallic surfaces
ADSORPTION↗
Investigation of the prebreakdown gap currents between clean and cesium-coated tungsten electrodes.
Prebreakdown gap currents measured between tungsten electrodes with known amounts of cesium and/or oxygen on surfaces
SPARK GAP↗
Visible radiation from metal anodes preceding electrical breakdown.
Transmission radiation as possible cause for emission of blue light from localized spots on metal anode preceding breakdown
ANODE↗