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- W2029127280 abstract "In most situations of practical relevance, the morphology of the substrate is much more complex than what was discussed in the previous section. The behaviour of wet granular materials, the phreatic rise, or the dynamics of tertiary oil recovery from porous rock are all concerned with formidably complex interface topologies, and transformations among them. The next four papers lead us gradually into this vast universe of phenomena. The first three papers (Gillies et al, Xu et al, Fournier et al) all consider the wetting of spherical particles, but with strongly different focuses, and with increasing system complexity. Gillies et al introduce us to the subject by considering wetting and adhesion to single small spheres, and show that this rather simple system already poses enough interesting questions to necessitate the novel method of measurement the authors put forward. The next two papers discuss the wetting and other physical properties of large ensembles of such spheres. Xu et al show that spherical particles may not only behave similarly to surfactants (as in Pickering emulsions), but that these systems may be used to generate a variety of completely novel micro- and nano/structures by simple self-assembly processes. Fournier et al discuss the physical properties of a model wet granulate, consisting of a dense pile of many spherical particles and some liquid. They demonstrate that despite the enormous complexity of this system, many of its physical properties may be understood on the basis of rather perspicuous concepts. Finally, Mecke and Arns display the full power of Minkowski functionals, which have been exemplarily applied to dewetting morphologies in the first section (Seemann et al). It is shown that not only wetting, but also mechanical properties of structures as complex as samples of natural soil, may be successfully predicted. Finally, direct relations between Minkowski functionals and thermodynamic potentials are established." @default.
- W2029127280 created "2016-06-24" @default.
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- W2029127280 date "2005-02-19" @default.
- W2029127280 modified "2023-09-25" @default.
- W2029127280 title "Complex substrate morphologies" @default.
- W2029127280 doi "https://doi.org/10.1088/0953-8984/17/9/e04" @default.
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