Decorating a surface with a forest of microposts can either make it water repellent or cause the liquid to be sucked into the spaces between posts. In the latter case, the shape of a liquid on the surface can be controlled using simple design principles
Hydrophobic surfaces can be made super-hydrophobic by creating a texture on them. This effect, somet...
Super-hydrophobicity can be achieved on relatively smooth surfaces. Short, wide pillars on slightly ...
The fundamental impacts of surface geometry on the stability of wetting states, and the transitions ...
Liquids shape up nicely Decorating a surface with a forest of microposts can either make it water re...
Wetting of a liquid on a solid surface is ubiquitous in everyday life, such as morning dew on a plan...
Wetting of a liquid on a solid surface is ubiquitous in everyday life, such as morning dew on a plan...
Nature has developed unique strategies to refine and optimise structural performance. Using surfaces...
Wetting on rough surfaces is a conundrum that challenges both the scientific and the technological c...
Nanoimprinting with anodized aluminum membranes was performed to produce nanoposts with controlled d...
Biomimetic liquid-repelling surfaces have been the subject of considerable scientific research and t...
The accurate control of drop morphology as a drop is placed on a solid surface is an important prere...
Nanoimprinting with anodized aluminum membranes was performed to produce nanoposts with controlled d...
Wetting is a phenomenon which occurs when a droplet spreads out on a surface. The extreme behaviour ...
Roughening or texturing surfaces provides super-liquid repellent or film forming properties without ...
PACS. 68.08.-p – Liquid-solid interfaces. Abstract. – A drop of water thrown on a super-hydrophobic ...
Hydrophobic surfaces can be made super-hydrophobic by creating a texture on them. This effect, somet...
Super-hydrophobicity can be achieved on relatively smooth surfaces. Short, wide pillars on slightly ...
The fundamental impacts of surface geometry on the stability of wetting states, and the transitions ...
Liquids shape up nicely Decorating a surface with a forest of microposts can either make it water re...
Wetting of a liquid on a solid surface is ubiquitous in everyday life, such as morning dew on a plan...
Wetting of a liquid on a solid surface is ubiquitous in everyday life, such as morning dew on a plan...
Nature has developed unique strategies to refine and optimise structural performance. Using surfaces...
Wetting on rough surfaces is a conundrum that challenges both the scientific and the technological c...
Nanoimprinting with anodized aluminum membranes was performed to produce nanoposts with controlled d...
Biomimetic liquid-repelling surfaces have been the subject of considerable scientific research and t...
The accurate control of drop morphology as a drop is placed on a solid surface is an important prere...
Nanoimprinting with anodized aluminum membranes was performed to produce nanoposts with controlled d...
Wetting is a phenomenon which occurs when a droplet spreads out on a surface. The extreme behaviour ...
Roughening or texturing surfaces provides super-liquid repellent or film forming properties without ...
PACS. 68.08.-p – Liquid-solid interfaces. Abstract. – A drop of water thrown on a super-hydrophobic ...
Hydrophobic surfaces can be made super-hydrophobic by creating a texture on them. This effect, somet...
Super-hydrophobicity can be achieved on relatively smooth surfaces. Short, wide pillars on slightly ...
The fundamental impacts of surface geometry on the stability of wetting states, and the transitions ...
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