Roughening or texturing surfaces provides super-liquid repellent or film forming properties without alteration of the surface chemistry. These surfaces are easy to produce, can amplify wetting properties and can be either "sticky" or "slippy" to liquids. Their use as water-repellent coatings is established, but their potential for use in microfluidics and sensor applications remains largely unfulfilled. This article explains several key ideas and suggests why there may be potential for analytical applications
Ultra hydrophobic (or super hydrophobic) surfaces are known to be incredibly difficult to wet; this ...
Ultra hydrophobic (or super hydrophobic) surfaces are known to be incredibly difficult to wet; this ...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
Roughening or texturing surfaces provides super-liquid repellent or film forming properties without ...
Wettability of a material’s surface plays a significant role in how fluids interact with such surfac...
Wetting on rough surfaces is a conundrum that challenges both the scientific and the technological c...
Coatings and surfaces with repellence to a range of liquids can find application in aerospace, marin...
Coatings and surfaces with repellence to a range of liquids can find application in aerospace, marin...
The non-wetting character derived with the lotus-leaf phenomenon of water droplet rolling off from l...
Materials enabling high mobility of water on their surfaces are desirable for many applications. How...
Super-hydrophobicity can be achieved on relatively smooth surfaces. Short, wide pillars on slightly ...
Wetting is a phenomena which occurs when a droplet tends to spread out on a surface. The extreme beh...
Superhydrophobic (SH) surfaces have various unique and important properties, including extreme water...
Wetting is a phenomena which occurs when a droplet tends to spread out on a surface. The extreme beh...
Engineering the behavior of liquids on solid surfaces has wide applications ranging from the design ...
Ultra hydrophobic (or super hydrophobic) surfaces are known to be incredibly difficult to wet; this ...
Ultra hydrophobic (or super hydrophobic) surfaces are known to be incredibly difficult to wet; this ...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
Roughening or texturing surfaces provides super-liquid repellent or film forming properties without ...
Wettability of a material’s surface plays a significant role in how fluids interact with such surfac...
Wetting on rough surfaces is a conundrum that challenges both the scientific and the technological c...
Coatings and surfaces with repellence to a range of liquids can find application in aerospace, marin...
Coatings and surfaces with repellence to a range of liquids can find application in aerospace, marin...
The non-wetting character derived with the lotus-leaf phenomenon of water droplet rolling off from l...
Materials enabling high mobility of water on their surfaces are desirable for many applications. How...
Super-hydrophobicity can be achieved on relatively smooth surfaces. Short, wide pillars on slightly ...
Wetting is a phenomena which occurs when a droplet tends to spread out on a surface. The extreme beh...
Superhydrophobic (SH) surfaces have various unique and important properties, including extreme water...
Wetting is a phenomena which occurs when a droplet tends to spread out on a surface. The extreme beh...
Engineering the behavior of liquids on solid surfaces has wide applications ranging from the design ...
Ultra hydrophobic (or super hydrophobic) surfaces are known to be incredibly difficult to wet; this ...
Ultra hydrophobic (or super hydrophobic) surfaces are known to be incredibly difficult to wet; this ...
Due to copyright restrictions, the access to the full text of this article is only available via sub...