In this work, recent developments regarding design and preparation of surfaces to modify their wettability behavior by switching between the superhydrophobic and the superhydrophilic state under physical and chemical stimuli are summarized. The complex systems and the strategies developed in nature are investigated as a fundamental support considering the potential applications of these two superstates' in basic research and in a range of industrial fields, adapting these properties for engineering new and efficient devices or improving existent techniques.
Switching surface wettability properties
Ferrari;Michele
2014
Abstract
In this work, recent developments regarding design and preparation of surfaces to modify their wettability behavior by switching between the superhydrophobic and the superhydrophilic state under physical and chemical stimuli are summarized. The complex systems and the strategies developed in nature are investigated as a fundamental support considering the potential applications of these two superstates' in basic research and in a range of industrial fields, adapting these properties for engineering new and efficient devices or improving existent techniques.File in questo prodotto:
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