The effect of polyatomic adsorbates on the total energy distribution of field emitted electrons
Polyatomic organic adsorbates effect on field emission total energy distribution from W and Mo surfaces, discussing electronic and phononic spectra
Engineering topics
Publications and source records attributed to Crouser, L. C..
Polyatomic organic adsorbates effect on field emission total energy distribution from W and Mo surfaces, discussing electronic and phononic spectra
Total energy distribution of field emitted electrons with respect to adsorption effects
Fermi surfaces, Brillouin zones, and field energy distributions in band structures of rhenium
Perturbation of electronic and vibronic levels of tungsten and molybdenum by chemisorption of phthalocyanine and pentacene
Potential energy analyzer tube for measuring field emitted electrons from coated tungsten and molybdenum surfaces
Low temperature oxygen adsorption on W single crystal surfaces field emission, discussing desorption by substrate heating
Total energy distribution of field emitted electrons and single plane work functions for tungsten, discussing correspondence with Fowler-Nordheim models for field emission
Electron emission characteristics of low work function surfaces
Techniques for measuring adsorption on metal surfaces and absorbate-substrate parameters for variety of metals
Atom and ion desorption energy, chemisorption theory and surface bonds, work functions and potential energy in literature review of adsorption on metal surfaces
Thermal and field desorption of cesium from fluorinated tungsten surface - cathode electron emission characteristics
Coadsorption of cesium and fluorine on tungsten, and analysis of mechanisms leading to decay of field emission current from low work function zirconium/oxygen coated tungsten emitter
Literature search of physical property data and composite surface work function models
Energy exchange localization to cathode emitting area during field electron emission, noting dependence on temperature, work function and applied field
Electron emission characteristics of low work function surfaces
Formation and electron emission characteristics of low work function surfaces
Energy distribution spectrum of tungsten single crystal field emitter and shapes of Fermi surfaces
Electron emission characteristics of low work function surfaces from magnetic deflection probe measurements of cesium adsorption on tungsten