Lectures on Surface Science

Inhaltsverzeichnis

• Folded, Confined, Interface, and Surface Vibrational Modes in Semiconductor Superlattices.
• Effect of Plasma Waves on the Dispersion Relation of Conductor-Insulator Superlattices.
• SGFM Applied to the Calculation of Surface Band Structure of Vanadium.
• Microstructure and Interfaces in Cu-Ni Multilayered Thin Films.
• Optical Properties and Enhanced Raman Scattering of Adsorbates on Rough Surfaces.
• Structure and Electrical Properties of rf Sputtered Cd1? xFexTe Thin Films.
• Characterization of Sputtered CdTe Thin Films by XPS, Auger and ELS Spectroscopies.
• Growth of Polycrystalline CdTe Films by Hot Walls Close-Spaced Vapor Transport Technique.
• Effect of Laser Fluence, at and near Threshold, on CdTe Compound Formation.
• Optical Studies of Cu2S Thin Films Topotaxially Grown on Evaporated ZnxCd1? xS Thin Films.
• ZnSe Films Doped with TbF3.
• Photoconductivity in Posthydrogenated Amorphous Silicon Thin Films.
• Deposition and Properties of Silicon-Rich Silicon Dioxide Films Using CO2 or N2O as Oxidant Compound.
• Production of Semiconductor Oxide Films.
• The Use of Clusters to Calculate Physical and Chemical Properties of Transition Metal Surfaces.
• Numerical Analysis in Self-Consistent Theories of Metal Surfaces.
• Self-Consistent Calculation of Atomic Chemisorption on Metals.
• Self-Consistent Model of Hydrogen Chemisorption on Nickel.
• Order-Disorder Transitions of Hydrogen on Ni(111).
• Theoretical Study of Hydrogen Interaction on a Nickel Surface as a Function of Coverage.
• Theoretical Study of the Iron-Hydrogen Interaction.
• A CNDO Study of Surface Hydroxyl Groups of ?-Alumina.
• Theoretical Study of the Oxygen Atom Interaction with an FeSi(100) Surface.
• Water Adsorption on Metal Surfaces. Theory of the Work Function Changes.
• Theoretical Study of the ElectronicStructure of FeSi.
• The Effect of Particle Diffusion on the Insulator-Conductor Transition in Adsorbed Monolayers.
• The Surface Ferromagnetic Phase in Semi-Infinite Heisenberg Ferromagnets.
• Theoretical Aspects of Electronic Spectroscopies at (Adsorbate Covered) Surfaces.
• XPS Relaxation and AES Cross-Relaxation Energies in Small Metal Particles.
• Electron-Hole Pairs Bulk Production in Simple Metals.
• Two-Dimensional Dipolar Complexes in Helium Films.
• Instrumental Aspects of Ultraviolet Inverse Photoemission.
• Hydrogen Adsorption Studies on Transition Metals: The Role of Surface Resonances in Vibrational Cross Section Enhancements.
• Molecular Bonding and Decomposition at Metal Surfaces.
• Thermal Desorption of Alkali Atoms from Metal Surfaces.
• The Work Function Change During the Adsorption of Oxygen on Pd(111) Films.
• Electrical Conductivity and Photoelectric Work Function During the Growth and Annealing of Polycrystalline Copper Films.
• NMR for the Study of Physisorbed and Chemisorbed Matter on the Surface of Solids.
• Formation of Paramagnetic Centres on Surfaces of Zeolite Systems.
• Surface Extended X-Ray Absorption Fine Structure (SEXAFS) Studies of Various Phases of Chlorine and Caesium Adsorbed on Silver Single Crystals.
• Improved Spectrometer for Auger Appearance Potential Fine Structure Studies.
• Characterization of Heterogeneous Surfaces Using Photoemission Techniques.
• XPS and AES Characterization of Cu-Cr Oxide Catalysts.
• AES Study of Hydrodesulfurization Catalysts.
• Mössbauer Study of Small Iron Particles of the Iron Phases in a Clay Catalyst Employed in the Hydrotreatment of Heavy Oils.
• Effect of Grain Boundary Structure on Segregation.
• Surface Science and Analysis for Materials Technology Within IBM.
• Dynamical Charge Transfer Process. SIE from Si andSi: O.
• Quantitative Auger Analysis of FeSi(100) Using Noble Gas Ion Sputtering.
• Index of Contributors.