New photoemission studies of the d bands of nickel and copper.
Photoemission studies of optical density of D bands of nickel and copper
Eastman, D. E.↗
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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 ZnTe.
ZnTe electronic structure from photoemission study, noting emitted electron energy distribution
Shay, J. L.↗
Effect of acceptor density on photoemission from p-GaAs-Cs and -Cs sub 2 O.
Ultrahigh vacuum cleaved GaAs-Cs and GaAs- cesium monoxide photoemission acceptor densities, noting crystal parameters role
Sonnenberg, H.↗
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.↗
Photoemission from alkali and silver halides Quaterly status report, period ending 30 Apr. 1970
Temperature effects on photoemissions from silver halides
Spicer, W. E.↗
Theory of surface plasmon excitation in low- energy electron diffraction and in photoemission
Inelastic scattering of electrons by surface plasma oscillation for low energy electron diffraction and photoemission, interpreting surface plasmon excitation
Cohen, M. H.↗
Energy resolution of the photoemission analyzer
Photoemission analyzer with finite emitter in spherically symmetric retarding field with magnetic field present, analyzing energy resolution
Distefano, T. H.↗
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.↗
Optical analysis of photoemission
Photoemission optical analysis from thin films with uniaxial anisotropy, discussing reflectance, transmittance and divergence of Poynting vector
Pepper, S. V.↗
The electronic states and electron-lattice interaction in the silver halides - Photoemission studies
Examining photoemission from silver halides from room to liquid nitrogen temperatures to determine electron energy states
Bauer, R. S.↗
Giant temperature dependence of photoemission from the silver halides
Anomalous temperature dependent silver halides photoemission related to lattice vibrationally dependent hybridization of valence states
Bauer, R. S.↗
Exciton-induced photoemission from KCl films
KCl films exciton-induced photoemission, discussing mechanism of photoelectron emission rise with time under steady UV radiation
Pong, W.↗
Photoemissive coating
Polystyrene coating is applied to holographic storage tube substrate via glow discharge polymerization in an inert environment. After deposition of styrene coating, antimony and then cesium are added to produce photoemissive layer. Technique is utilized in preparing perfectly organized polymeric films useful as single-crystal membranes.
Gange, R. A.↗
Photoemission from cesium-oxide-activated InGaAsP.
Zinc-doped InGaAsP quaternary III-V material of the proper composition range shows superior photoemission properties to either InGaAs or InAsP ternary material. The minority-carrier diffusion length in the quaternary material is at least as long as that in InAsP and much longer than observed in InGaAs. The barrier height at the InGaAsP-Cs2O interface is lowered by cooling, giving increased electron escape probability and new highs in quantum efficiency over a wide wavelength range. For example, a 1.06-micron quantum efficiency of 7.5%/incident photon was observed at -90 C.
James, L. W.↗
Photoemission from CsI - Calculation.
Calculations of optical and photoemission spectra for CsI based on first-order allowed transitions between Bloch-wave states are discussed. The calculations, utilizing energy-band data for CsI published by Onodera (1968), were performed by computer sampling of regions in the Brillouin zone. The photoelectric spectra of CsI, calculated on the basis of an interpolated band scheme, display features which are in general agreement with the experimentally determined photoelectric energy distribution curves.
Distefano, T. H.↗