The current experimental situation concerning the existence of surface states on copper surfaces, their energy dispersion relations, and photon energy dependent intensity are reviewed and compare
A transition from the high-temperature body-centered cubic to the low-temperature triclinic structure at the surface of crystalline Al3Pd has been observed with secondary-electron imaging.
An (001) surface of an Fe 1.7 at % Sn single crystal enriched in Sn due to segregation from the bulk has been studied using Low Energy Ion Scattering (LEIS), Low Energy Electron Diffraction (LEED),
The surface structure of Ge(100) has been studied using the technique of He diffraction.
Extended x-ray absorption fine structure (EXAFS). Since EXAFS is an impurity-based structural probe, only foreign atoms not present in the semiconductor substrate can be studied.
The surface structure of single crystal, epitaxial, thin film, CoSi sub 2 on Si(111) substrates has been studied by low energy electron diffraction, Auger electron spectroscopy, Rutherford backscat
It is shown that the photoemission spectrum of the 4f core levels obtained from a clean W(111) surface contains only three experimentally resolvable components, rather than four as recently claimed
Temperature and surface-coverage dependence of the evolution of surface morphology during growth-interrupt in situ annealing on GaAs epitaxial layers grown on the singular (110) cleaved edges by th
A method is proposed to realize cavity resonator filters for cellular frequencies in surface-mount technology.
We report the demonstration of surface-plasmon microcylinder quantum cascade lasers with circular and deformed resonators.
