Gives a comprehensive description on the biological model, basic physical models, fabrication/characterization of bioinspired materials and their functions.
Gives a comprehensive description on the biological model, basic physical models, fabrication/characterization of bioinspired materials and their functions.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Zhiwu Han is currently a professor at Jilin University and Dean of Key Laboratory of Bionic Engineering (Ministry of Education), Jilin University, China. He is also Director of National and Local Joint Engineering Laboratory of Bionics Engineering. He has been a visting scholar at Oxford University and Nottingham University from 2004-2006. Professor Han has authored over 200 scientific publications in Nature, Advanced Materials, Materials Today, ACS Nano etc. He has also received numerous scientific awards, including the Excellent Contribution Award and so on. He is the distinguished professor of "Chang Jiang scholars program" and the Foundation Director of the Innovative Research Groups of the National Natural Science Foundation of China.
Inhaltsangabe
Preface
INTRODUCTION OF NATURE INSPIRED FUNCTIONAL STRUCTURE SURFACE Bionics is Boosting Advanced Materials Definition and Classification of NIFSS Typical Prototypes with Structural Surfaces
CHARACTERIZATION, ANALYSIS, MODELING, AND PREPARATION OF NIFSS Characterization Techniques and Analysis Methods of NIFSS Modeling and Simulation Methods for Assistant Bionic Design of NIFSS Design Principles and Fabrication Methods of NIFSS
BIO-INSPIRED LIGHT TRAPPING STRUCTURE SURFACES Definition and Classification of Light Trapping Structure Ultraviolet Light-Trapping Structures Derived from Parnassius Butterfly Wings Light Trapping Surfaces for Visible Light Inspired by Butterfly Wings
TRANSPARENT ANTIREFLECTIVE (AR) SURFACES INSPIRED BY CICADA WINGS High Transparent Antireflective (AR) Surfaces of Original Cicada Wings Accurate Fabrication of Cicada-Inspired AR Surfaces Large Area Preparation of Cicada Inspired AR Surfaces Intelligent AR Cicada-Inspired Structures
BIO-INSPIRED ANTIFOGGING (AF) SURFACES Wettability-Induced AF Theories Dynamic Wettability: Contact Angle Hysteresis and Sliding Angles Definition and Classification of AF Surfaces AF Surfaces Inspired by Butterfly Wings Structural AF Surfaces Inspired by Mayfly Compound Eyes
STRUCTURE COLOR SURFACES INSPIRED BY BUTTERFLY WINGS Definition of Structure Color Surfaces Structure Color Surfaces on Butterfly Wings Fabrication of the Butterfly-Inspired Structure Color Materials Applications of the Structure Color Materials
BIO-INSPIRED OIL-WATER SEPARATION MATERIALS Definition and Classification of Oil-Water Separation Materials Oil-Water Separation Materials Inspired by Butterfly Wings Oil-Water Separation Materials Inspired by Fish Scales
UNDERWATER BIO-INSPIRED SUPERHYDROPHOBIC MULTIFUNCTION SURFACE Underwater Writable and Heat-Insulated Superhydrophobic Paper Biosinpired, Superhydrophobic, and Paper-Based Strain Sensors for Wearable and Underwater Applications Underwater Superhydrophobic Air Film Reduce Resistance
BIO-INSPIRED RESPONSIVE SURFACES TOWARD MULTIPLE ORGANIC VAPORS Responsive Performance of Morpho Butterfly Wings Fabrication of Butterfly-Inspired Structural Responsive Surfaces Characterizations of Butterfly-Inspired Structural Responsive Surfaces Responsive Performance of NIFSS Towards Multiple Organic Vapors
INTRODUCTION OF NATURE INSPIRED FUNCTIONAL STRUCTURE SURFACE Bionics is Boosting Advanced Materials Definition and Classification of NIFSS Typical Prototypes with Structural Surfaces
CHARACTERIZATION, ANALYSIS, MODELING, AND PREPARATION OF NIFSS Characterization Techniques and Analysis Methods of NIFSS Modeling and Simulation Methods for Assistant Bionic Design of NIFSS Design Principles and Fabrication Methods of NIFSS
BIO-INSPIRED LIGHT TRAPPING STRUCTURE SURFACES Definition and Classification of Light Trapping Structure Ultraviolet Light-Trapping Structures Derived from Parnassius Butterfly Wings Light Trapping Surfaces for Visible Light Inspired by Butterfly Wings
TRANSPARENT ANTIREFLECTIVE (AR) SURFACES INSPIRED BY CICADA WINGS High Transparent Antireflective (AR) Surfaces of Original Cicada Wings Accurate Fabrication of Cicada-Inspired AR Surfaces Large Area Preparation of Cicada Inspired AR Surfaces Intelligent AR Cicada-Inspired Structures
BIO-INSPIRED ANTIFOGGING (AF) SURFACES Wettability-Induced AF Theories Dynamic Wettability: Contact Angle Hysteresis and Sliding Angles Definition and Classification of AF Surfaces AF Surfaces Inspired by Butterfly Wings Structural AF Surfaces Inspired by Mayfly Compound Eyes
STRUCTURE COLOR SURFACES INSPIRED BY BUTTERFLY WINGS Definition of Structure Color Surfaces Structure Color Surfaces on Butterfly Wings Fabrication of the Butterfly-Inspired Structure Color Materials Applications of the Structure Color Materials
BIO-INSPIRED OIL-WATER SEPARATION MATERIALS Definition and Classification of Oil-Water Separation Materials Oil-Water Separation Materials Inspired by Butterfly Wings Oil-Water Separation Materials Inspired by Fish Scales
UNDERWATER BIO-INSPIRED SUPERHYDROPHOBIC MULTIFUNCTION SURFACE Underwater Writable and Heat-Insulated Superhydrophobic Paper Biosinpired, Superhydrophobic, and Paper-Based Strain Sensors for Wearable and Underwater Applications Underwater Superhydrophobic Air Film Reduce Resistance
BIO-INSPIRED RESPONSIVE SURFACES TOWARD MULTIPLE ORGANIC VAPORS Responsive Performance of Morpho Butterfly Wings Fabrication of Butterfly-Inspired Structural Responsive Surfaces Characterizations of Butterfly-Inspired Structural Responsive Surfaces Responsive Performance of NIFSS Towards Multiple Organic Vapors
PROSPECT AND OUTLOOK
Index
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