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Abstract In this chapter, phenomena arising in multilayer physisorbed films are described; these include complete and incomplete wetting behavior, first-order and critical wetting transitions in liquid and solid films, prewetting, layering, and triple-point wetting. We review continuum and lattice models of multilayer adsorption in Sect.21.2, with emphasis on the latter, and present several applications of the Ising and Potts lattice-gas models to fluid and solid adsorption in Sect.21.3. The particular case of wetting in the presence of long-range Van der Waals forces is discussed at some length. Finally (in Sect.21.4) we consider current trends in research on multilayer adsorbed films.
Abstract In this chapter, phenomena arising in multilayer physisorbed films are described; these include complete and incomplete wetting behavior, first-order and critical wetting transitions in liquid and solid films, prewetting, layering, and triple-point wetting. We review continuum and lattice models of multilayer adsorption in Sect.21.2, with emphasis on the latter, and present several applications of the Ising and Potts lattice-gas models to fluid and solid adsorption in Sect.21.3. The particular case of wetting in the presence of long-range Van der Waals forces is discussed at some length. Finally (in Sect.21.4) we consider current trends in research on multilayer adsorbed films.
Multilayer Adsorption and Wetting Phenomena
Ebner, C. (author)
1986-01-01
27 pages
Article/Chapter (Book)
Electronic Resource
English
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