Atmosphere-Mediated Scalable and Durable Biphilicity on Rationally Designed Structured Surfaces

Keyphrases

• Structured Surface 100%
• Rationally Designed 100%
• Biphilic 100%
• Biphilic Surface 100%
• Ambiphilicity 100%
• CuO Nanowires 66%
• Fog Harvesting 66%
• Wetting Contrast 66%
• Microfluidics 33%
• Adsorption 33%
• Surface Energy 33%
• Laser Ablation 33%
• Thermal Oxidation 33%
• Advanced Manufacturing 33%
• Surface Modification 33%
• Plethora 33%
• Nanoscale Structure 33%
• Ultra-high 33%
• Structure Variation 33%
• Superhydrophobicity 33%
• Fluid Transfer 33%
• Copper Substrate 33%
• Facile Method 33%
• Hydrophilicity 33%
• Nanowire Morphology 33%
• Volatile Organic Compounds 33%
• Selective Functionalization 33%
• Water Vapor Condensation 33%
• Abrasion Resistance 33%
• Curvature-dependent 33%
• Single-tier 33%
• Repeatable Self-healing 33%
• Droplet Dynamics 33%
• Superhydrophobic 33%
• Copper Oxide CuO 33%
• Self-healing Mechanism 33%
• Coalescence-induced Droplet Jumping 33%
• Micro-nanostructured Surfaces 33%
• Local Roughness 33%
• Abrasion Resistant 33%
• Pumpless 33%
• Harvesting Rate 33%
• Roughness Variation 33%

Engineering

• Durables 100%
• Structured Surface 100%
• Nanowire 100%
• Nanomaterial 33%
• Spatial Variation 33%
• Copper Substrate 33%
• Nanostructured Surface 33%
• Thermal Oxidation 33%
• Abrasion Resistance 33%
• Advanced Manufacturing 33%
• Healing Function 33%
• Interfacial Energy 33%
• Hydrophilicity 33%

Material Science

• Surface (Surface Science) 100%
• Nanowire 60%
• Oxide Compound 20%
• Surface Energy 20%
• Laser Ablation 20%
• Wear Resistance 20%
• Water Vapor 20%
• Surface Modification 20%
• Superhydrophobic 20%