Zhiguang Guo is Professor in the Ministry of Education Key Laboratory for the Green Preparation and Application of Functional Materials, Hubei University, China. His research is focused on biomimetic tribology, mechanical interface regulation, functional superwetted surfaces and their mechanisms. Weimin Liu is Professor at Lanzhou Institute of Chemical Physics Chinese Academy of Sciences and Head of the State Key Laboratory of Solid Lubrication, China. His research is focused on space and aviation lubrication, high performance lubricating materials, and tribochemistry.
Inhaltsangabe
CHAPTER 1 INTRODUCTION Overview of Research on Atmospheric Water Collection Development of Biomimetic Fog Collection Biomimetic Inspiration for Collecting Fog Biomimetic Fog Collection Performance Evaluation
CHAPTER 2 NATURAL PROTOTYPE FOR THE BIONIC FOG COLLECTION Fog Collection of Bionic Prototype Plants Fog Collection of Bionic Prototype Animals
CHAPTER 3 BASIC THEORY The Theory of Fog Harvesting The Theory of Atmospheric Water Harvesting
CHAPTER 4 FACTORS FOR FOG HARVESTING Mesh Characteristic Collector Design Wettability of the Collector Collector Durability Environmental Factors
CHAPTER 5 MICRO-STRUCTURES OF FOG HARVESTING MATERIALS Microscopic Water-Collecting Structures in Desert Beetles Microscopic Water-Collecting Structures in Cacti Inspired by the Spindle Knot Structure of Spider Silk Fog Collection Material Inspired by Lotus Leaves Microstructure of Other Biomimetic Fog-Water Harvesting Materials
CHAPTER 6 SURFACE WETTABILITY OF FOG-HARVESTING MATERIALS SHB-SHL Fog Harvesting Materials SLIPS Fog Harvesting Materials Fog and Water Collection Materials Based on Gradient Wetting Janus Effect Fog Collection Material
CHAPTER 7 PREPARATION OF FOG COLLECTING MATERIALS Preparation of 1-Dimensional (1D) Fog Collecting Materials 2D Fog Collecting Material Design Three-Dimensional (3D) Preparation of Fog Collecting Materials
CHAPTER 8 SUSTAINABLE USE OF FOG COLLECTORS Mechanical Stability Chemical Stability Antibacterial
CHAPTER 9 NON-PHASE FOG COLLECTION Overview of the Development of Non-Phase Bionic Fog Collection Surface Wettability Design Design of Surface Geometry Intelligent Design for Bionic Surface Fog Harvesting Material Summary and Outlook
CHAPTER 10 ADSORPTION-BASED ATMOSPHERIC WATER HARVESTING Introduction Evaporation Phenomenon and Materials for Solar Water Evaporation Progress in Sorbents for SAWH Composite Adsorbents in SAWH Reflections and Perspectives in SAWH
CHAPTER 11 APPLICATIONS OF FOG HARVESTING Collection of Water Resources Other Energy Collection
CHAPTER 12 CHALLENGES OF FOG HARVESTING Fog Volume and Humidity Collector Surface Characterization Cost-Effectiveness Water Quality Treatment Sustainability and Environmental Impacts
CHAPTER 13 CHALLENGES AND PROSPECTS Research Status and Challenges Future Expectations
CHAPTER 1 INTRODUCTION Overview of Research on Atmospheric Water Collection Development of Biomimetic Fog Collection Biomimetic Inspiration for Collecting Fog Biomimetic Fog Collection Performance Evaluation
CHAPTER 2 NATURAL PROTOTYPE FOR THE BIONIC FOG COLLECTION Fog Collection of Bionic Prototype Plants Fog Collection of Bionic Prototype Animals
CHAPTER 3 BASIC THEORY The Theory of Fog Harvesting The Theory of Atmospheric Water Harvesting
CHAPTER 4 FACTORS FOR FOG HARVESTING Mesh Characteristic Collector Design Wettability of the Collector Collector Durability Environmental Factors
CHAPTER 5 MICRO-STRUCTURES OF FOG HARVESTING MATERIALS Microscopic Water-Collecting Structures in Desert Beetles Microscopic Water-Collecting Structures in Cacti Inspired by the Spindle Knot Structure of Spider Silk Fog Collection Material Inspired by Lotus Leaves Microstructure of Other Biomimetic Fog-Water Harvesting Materials
CHAPTER 6 SURFACE WETTABILITY OF FOG-HARVESTING MATERIALS SHB-SHL Fog Harvesting Materials SLIPS Fog Harvesting Materials Fog and Water Collection Materials Based on Gradient Wetting Janus Effect Fog Collection Material
CHAPTER 7 PREPARATION OF FOG COLLECTING MATERIALS Preparation of 1-Dimensional (1D) Fog Collecting Materials 2D Fog Collecting Material Design Three-Dimensional (3D) Preparation of Fog Collecting Materials
CHAPTER 8 SUSTAINABLE USE OF FOG COLLECTORS Mechanical Stability Chemical Stability Antibacterial
CHAPTER 9 NON-PHASE FOG COLLECTION Overview of the Development of Non-Phase Bionic Fog Collection Surface Wettability Design Design of Surface Geometry Intelligent Design for Bionic Surface Fog Harvesting Material Summary and Outlook
CHAPTER 10 ADSORPTION-BASED ATMOSPHERIC WATER HARVESTING Introduction Evaporation Phenomenon and Materials for Solar Water Evaporation Progress in Sorbents for SAWH Composite Adsorbents in SAWH Reflections and Perspectives in SAWH
CHAPTER 11 APPLICATIONS OF FOG HARVESTING Collection of Water Resources Other Energy Collection
CHAPTER 12 CHALLENGES OF FOG HARVESTING Fog Volume and Humidity Collector Surface Characterization Cost-Effectiveness Water Quality Treatment Sustainability and Environmental Impacts
CHAPTER 13 CHALLENGES AND PROSPECTS Research Status and Challenges Future Expectations
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