This book will discuss the underlying mechanisms responsible for the condition of superhydrophobicity and the major theories that ultimately determine the wettability of a surface. Following this, a summary of the naturally existing superhydrophobic surfaces, both biotic and abiotic, will be presented. A substantial part of this book has been dedicated to describing the methods currently being used to fabricate synthetic superhydrophobic surfaces. These will be discussed, together with an in-depth description of the various synthetic superhydrophobic materials that have been produced. Finally, the implications of superhydrophobicity and the role that this condition has played in biological systems will be explored
The term superhydrophobicity was introduced in 1996 to describe water-repellent fractal surfaces, ma...
Superhydrophobic surfaces are often found on plant leaves and insect wings in nature. Water on these...
Superhydrophobicity is the extreme water repellence of highly textured surfaces. The field of superh...
Nature has provided many valuable insights to assist in the design and construction of many items fo...
Nature has provided many valuable insights to assist in the design and construction of many items fo...
Since ancient times humans observed animal and plants features and tried to adapt them according to ...
Superhydrophobicity of natural surfaces has recently been studied intensively with the aim of design...
International audienceThe interest in superhydrophobic surfaces has grown exponentially over recent ...
The term superhydrophilicity is only 11–12 years old and was introduced just after the explosion of ...
Nature has created an array of superhydrophobic surfaces that possess water-repellent, self-cleaning...
This paper is derived from a training session prepared for COST P21. It is intended as an introducti...
Since the description of the 'Lotus Effect' by Barthlott and Neinhuis in 1997, the existen...
During the past decade, the superhydrophobic surfaces, bio-inspired non-wettable surfaces, have arou...
• Advancing/receding contact angles, contact angle hysteresis, droplet collapse • Complex topography...
The ability to mediate biological interactions with substrate surfaces is a goal in many aspects of ...
The term superhydrophobicity was introduced in 1996 to describe water-repellent fractal surfaces, ma...
Superhydrophobic surfaces are often found on plant leaves and insect wings in nature. Water on these...
Superhydrophobicity is the extreme water repellence of highly textured surfaces. The field of superh...
Nature has provided many valuable insights to assist in the design and construction of many items fo...
Nature has provided many valuable insights to assist in the design and construction of many items fo...
Since ancient times humans observed animal and plants features and tried to adapt them according to ...
Superhydrophobicity of natural surfaces has recently been studied intensively with the aim of design...
International audienceThe interest in superhydrophobic surfaces has grown exponentially over recent ...
The term superhydrophilicity is only 11–12 years old and was introduced just after the explosion of ...
Nature has created an array of superhydrophobic surfaces that possess water-repellent, self-cleaning...
This paper is derived from a training session prepared for COST P21. It is intended as an introducti...
Since the description of the 'Lotus Effect' by Barthlott and Neinhuis in 1997, the existen...
During the past decade, the superhydrophobic surfaces, bio-inspired non-wettable surfaces, have arou...
• Advancing/receding contact angles, contact angle hysteresis, droplet collapse • Complex topography...
The ability to mediate biological interactions with substrate surfaces is a goal in many aspects of ...
The term superhydrophobicity was introduced in 1996 to describe water-repellent fractal surfaces, ma...
Superhydrophobic surfaces are often found on plant leaves and insect wings in nature. Water on these...
Superhydrophobicity is the extreme water repellence of highly textured surfaces. The field of superh...