Recent Progress in Surface Science

¿ContributorsPrefaceContents of Volume 2Surface Viscosity I. Introduction II. General Principles of Surface Rheology III. Viscosity of Various Types of Monolayer IV. Applications of Surface Rheology V. Conclusions Appendix ReferencesFoams and Free Liquid Films I. Historical II. Theory of Foaming III. Modern Investigations of Free Liquid Films IV. Miscellaneous Aspects of Foaming ReferencesThe Electrical Double Layer and Electrokinetic Phenomena I. Introduction II. Developments in Double Layer Theory III. Electrical Double Layers at the Air/ and Hydrocarbon/ Water Interfaces IV. Double Layers at Silver Halide/Solution Interfaces V. Electrokinetic Phenomena Symbols ReferencesElectrode Processes I. Introduction II. Modern Measurement Techniques III. Advances in Electrochemical Kinetic Theory IV. The Electrolytic Hydrogen Reaction ReferencesCorrosion of Metals I. Introduction II. The Interpretation of Polarization Curves III. Cathodic Protection IV. Anodic Passivation and Protection V. Non-Oxidizing Inhibitors VI. Transport-Controlled Dissolution ReferencesSurface-Active Substances I. Introduction II. Surface-Active Agents III. Problems and Prospects IV. Conclusion-Future Prospects ReferencesThe Chemistry of the Semiconductor Surface I. Introduction II. Atomically Clean Germanium and Silicon Surfaces III. Catalysis IV. Compound Semiconductors V. Organic Semiconductors ReferencesFacilitated Diffusion I. Introduction II. Criteria for Identification of a Facilitated Diffusion System III. Facilitated Diffusion Systems IV. Properties of Facilitated Diffusion Systems V. The Mechanism of Facilitated Diffusion ReferencesCell Contacts I. Introduction II. Chemical and Physical Properties of the Cell Surface III. The Morphology of Cell Contacts IV. Adhesive and Repulsive Forces V. Dynamic Aspects of Cell Contacts ReferencesThe External Surface of the Cell and Intercellular Adhesion I. Introduction II. The Fine Structure of Cell Contacts III. Amoeba Studies IV. Tissue-Like Artefacts V. Intercellular Contact and Tissue Construction VI. Cellular Adhesion and Tumors Summary ReferencesFormation and Properties of Bimolecular Lipid Membranes I. Introduction: Cell Membranes and the Two Alternative Bilayer Units of the Neat Phase II. Methods of Lipid Bilayer Formation III. Properties of Bimolecular Lipid Membranes IV. General Considerations of Bilayer Structure ReferencesAuthor IndexSubject Index