Fluid Interfacial PhenomenaLeading contributors describe state-of-the-art research in experimental and theoretical liquid interfacial phenomena. Areas covered include the intrinsic interface, dynamics at a liquid-vapour interface, structure and properties of the liquid-vapour interface of a simple metal, the electric double layer, light-scattering at the fluid interface, statistical mechanics of spherical surfaces, and properties of water layers adjacent to interfaces. |
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Índice
Wetting Transitions and Multilayer Adsorption at Fluid Interfaces | 45 |
Dynamics at a Liquid Vapour Interface | 135 |
Computer Simulation of the SolidLiquid Interface | 165 |
Direitos de autor | |
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adsorbed adsorption angle approach approximation assumed behaviour boundary bulk calculated capillary waves charge Chem component consider constant continuous correlation function corresponding critical crystal curve defined density density profile dependence derived Derjaguin described determined direct discussed distribution effect electron equation equilibrium et al example experimental experiments expression external field Figure fluctuations fluid follows forces free energy function given gives increase interactions interface interlayers ions lattice layer leads length light limit liquid mean measured metal method molecular molecules observed obtained occurs orientation pair parameter particles particular phase Phys plane possible potential predicted present pressure properties range reference reflection region relation respectively Rice scaling scattering segments shown side simulation solid solution structure substrate surface tension temperature theory thickness transition values wetting wetting transition

