Bioinspired Superwettability
1st Edition
Will be published approx. 2030
Book
Hardback
1024 pages
978-3-527-34402-4 (ISBN)
Description
The book provides a comprehensive and broad overview of superwettability with concepts borrowed from biology. It starts with the fundamentals of wetting behavior and then covers the preparation and characterization of materials with different degrees of wettability. The major part of the book is devoted to the potential and already realized applications of superwettability.
More details
Persons
Lei Jiang is Professor at the Institute of Chemistry of the Chinese Academy of Sciences, Beijing, China. He received his MSc degree from Jilin University of China and his PhD in physical chemistry jointly from Jilin University of China and Tokyo University, Japan. Professor Jiang?s main research fields are design and fabrication of bioinspired surfaces with controllable wettability as well as the construction of ion channels through the assembly of functional DNA molecules. Professor Jiang has received numerous awards and is member of the editorial boards of multiple renowned journals.
Content
Volume 1:
1 Introduction
2 Characterizations of superwettability
3 Preparation of Superhydrophobic Substrates Methods and Materials
4 Superhydrophilic Materials
5 Smart surfaces with stimuli responsive wettability
6 Electric Field-responsive Superwetting
7 Superwettability of Gas Bubbles on Solid-liquid Interfaces
8 Under-Liquid Superwettabiltiy
9 Superwettability of Ionic Liquid
10 Wettability by low temperature liquid metals
Volume 2:
11 Photonic Crystal Wettabiltiy
12 Quantum-confined superfluid
13 Liquid Gating
14 Bio-inspired Dynamic Wetting on Fibers
15 Wettability and Applications of Nanochannels
16 Superwettability Mediate One Demensional Micro/nano-structures
17 Superwettability-Mediated Droplet Dynamics
18 Superwettability-based Liquid-liquid Separation
19 Superwettability-based Three-phase Interfacial Reaction
Volume 3:
20 Interfacial Solar Evaporation with Superwetting Materials
21 Superwettability-based Enhancement of Phase-change Heat Transfer
22 Controllable liquid overflow dynamics
23 Superwettability-based Lubrication
24 Bioinspired Slippery Surfaces: from Design Principle to Biomedical Applications
25 Control of Cell Adhesion on Superwetting Surfaces
26 Wet Adhesion: From Nature to Bio-inspired Fabrications
27 Interfacial materials for anti-icing
28 Binary Cooperative Complementary Interfacial Nanomaterials
1 Introduction
2 Characterizations of superwettability
3 Preparation of Superhydrophobic Substrates Methods and Materials
4 Superhydrophilic Materials
5 Smart surfaces with stimuli responsive wettability
6 Electric Field-responsive Superwetting
7 Superwettability of Gas Bubbles on Solid-liquid Interfaces
8 Under-Liquid Superwettabiltiy
9 Superwettability of Ionic Liquid
10 Wettability by low temperature liquid metals
Volume 2:
11 Photonic Crystal Wettabiltiy
12 Quantum-confined superfluid
13 Liquid Gating
14 Bio-inspired Dynamic Wetting on Fibers
15 Wettability and Applications of Nanochannels
16 Superwettability Mediate One Demensional Micro/nano-structures
17 Superwettability-Mediated Droplet Dynamics
18 Superwettability-based Liquid-liquid Separation
19 Superwettability-based Three-phase Interfacial Reaction
Volume 3:
20 Interfacial Solar Evaporation with Superwetting Materials
21 Superwettability-based Enhancement of Phase-change Heat Transfer
22 Controllable liquid overflow dynamics
23 Superwettability-based Lubrication
24 Bioinspired Slippery Surfaces: from Design Principle to Biomedical Applications
25 Control of Cell Adhesion on Superwetting Surfaces
26 Wet Adhesion: From Nature to Bio-inspired Fabrications
27 Interfacial materials for anti-icing
28 Binary Cooperative Complementary Interfacial Nanomaterials