Surface Mobilities on Solid Materials -

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Résumé :
Proceedings of a NATO ASI held in Les Arcs (Alps), France, September 6-19, 1981

Sommaire:
Surface Diffusion - Some General Remarks.- 1 Surface Diffusion: Theoretical Aspects.- Relations among Various Diffusion Coefficients - Diffusion and Density Autocorrelation Functions.- Microscopic Theories of D at Zero Coverage.- Statistical Mechanical Models and Surface Diffusion.- 2 Surface Diffusion: Atomic Level.- Observing Surface Diffusion at the Atomic Level I. I. Single Atoms.- Observing Surface Diffusion at the Atomic Level. II. II. Adatom Clusters.- FIM Studies of Surface Migration of Single Adatoms and Diatomic Clusters With and Without a Driving Force.- Field Emission Studies of Surface Diffusion of Adsorbates.- 3 Surface Diffusion: Foreign Adsorbate Mass Transport.- Transport of Adsorbed Species: Correlations with Concentration and Step Structure.- 4 Surface Diffusion: Self-Diffusion Mass Trasnport.- On the Different Driving Forces for the Matter Transport along Surfaces (Abstract).- Mass Transport by Surface Self-Diffusion.- The Study of Surface Self-Diffusion Mass Transport by Measurements of the Morphological Evolution of Tips (Abstract).- 5 Surface Diffusion: Its Role in Some Fundamental and Applied Sciences.- Adatom-Adatom Pair Interactions and Adlayer Superstructure Formation.- Molecular Mobility and Two-Dimensional Transitions in Adsorbed Layers.- Science of Crystal Growth: Rough or Flat Surfaces; Formation and Movement of Steps in Relation to Surface Mobilities and Defects.- Nucleation and Growth of Thin Films.- On the Equilibrium Shape of Metal Crystals.- Influence of Interfacial Diffusion on Materials Microstructure and Behaviour.- Surface Mobility in Chemical Reactions and Catalysis.- The Dynamics and Structure of Water at Interfaces.- The Roles of Surface Adsorption and Mobility in Geologic Systems and Materials.- 6 Surface Diffusion: RecentWorks (Abstracts).- The Density Dependence of the Diffusion Constant in Interacting Lattice Gases: Application to Surface Diffusion of 0 on W (110).- Participants.