Photoemission studies of the noble metals. II - Gold
Photoemission from evaporated gold films, measuring quantum yield, photoelectric energy distribution curves and optical density states
Krolikowski, W. F.↗
Engineering topics
Spicer, W. E.
Publications and source records attributed to Spicer, W. E..
Relativistic LCAO for the cubic lattice. Striking features of photoemission from liquid-nitrogen-cooled silver bromide Quarterly status report
Relativistic approximation for valence bands in cubic lattices, and photoemission changes of silver bromide during cooling
Bauer, R. S.↗
Measurement of electron-phonon scattering in insulators by photoinjection Quarterly status report, period ending 31 Jan. 1969
Measurement of electron phonon scattering in insulators by photoinjection
Spicer, W. E.↗
Photoemission study of the electronic structure of ZnTe.
ZnTe electronic structure from photoemission study, noting emitted electron energy distribution
Shay, J. L.↗
Photoemission studies of solids Quarterly status report, period ending 31 Oct. 1968
Photoemission studies of electron states in silver chloride and alkali halides
Spicer, W. E.↗
Spectral analysis of photoemissive yields in GaAs and related crystals.
GaAs photoemissive yield spectrum analysis, discussing transition energies and energy band structure models
Herman, F.↗
Photoemission study of the electronic structure of wurtzite CdSe and CdS.
Wurtzite CdSe and CdS electronic structure determined by study of photoemitted electron energy distribution, noting electron-electron scattering effects
Shay, J. L.↗
Photoemission and band structure.
Relationship between photoemission and band structure of solids, giving illustrations for various semiconductor materials and metals
Spicer, W. E.↗
Photoemission Studies of CdTe
CdTe photoemission absolute energies determined by correlating electron energy distribution structure with structure in optical data
ELECTRON ENERGY↗
Photoemission Study of the Electronic Structure of CdTe
Photoemission study of electronic structure of CdTe, considering two strong reflectivity peaks in optical reflectivity spectrum
ELECTRONIC STRUCTURE↗
Possible non-one-electron effects in the fundamental optical excitation spectra of certain crystalline solids and their effect on photoemission.
Intrinsic optical excitation spectrum of crystalline solids for hole or electron localization, considering many-body relaxation effects influencing photoemission
OPTICAL SPECTRUM↗
Optical transitions and k conservation in crystalline solids.
Optical transitions and k conservation in crystalline solids explained in terms of localization of hole produced by excitation
QUANTUM MECHANICS↗
Photoemission study of the electronic structure of CdTe
Photoemission study of electronic structure of cadmium telluride single crystals
ELECTRONIC STRUCTURE↗