A Lipid-Inspired Highly Adhesive Interface for Durable Superhydrophobicity in Wet Environments and Stable Jumping Droplet Condensation

Keyphrases

• Lipids 100%
• Wet Environment 100%
• Highly Adhesive 100%
• Hydrophobic Coating 100%
• Jumping Droplet Condensation 100%
• Adhesive Interface 100%
• Durable Superhydrophobicity 100%
• High Adhesion 66%
• Enhanced Condensation 66%
• Condensation Heat Transfer 66%
• Cell Membrane 33%
• Lipid Bilayer 33%
• Adhesion 33%
• Nanometric 33%
• Delaminating 33%
• Hydrophobicity 33%
• High Stability 33%
• Plethora 33%
• Design Principles 33%
• Hydrophobic Surface 33%
• Steam 33%
• Biofluids 33%
• Superhydrophobicity 33%
• Molecular Chain 33%
• Alternative Substrates 33%
• Bio-inspired Design 33%
• Wet Condition 33%
• Coating Thickness 33%
• Jumping Droplets 33%
• Dropwise Condensation 33%
• Filmwise Condensation 33%
• Lipid Interface 33%
• Steam Condensation 33%
• Nonpolar Surfaces 33%
• Artificial Lipids 33%
• Nanoscale Coating 33%
• Substrate Coating 33%
• Bare Copper 33%
• Superhydrophobic Materials 33%

Material Science

• Cell Membrane 100%
• Lipid Bilayer 100%
• Hydrophobic Surface 100%
• Hydrophobicity 100%
• Superhydrophobic 100%
• Materials Design Principle 100%
• Bioinspired Material 100%

Engineering

• Durables 100%
• Hydrophobic 100%
• Adhesive Interface 100%
• Nanometre 25%
• Lipid Bilayer 25%
• Molecular Chain 25%
• Nanocoating 25%
• Coating Thickness 25%
• Condensation Heat Transfer 25%
• Condensation Heat Transfer Coefficient 25%
• Steam Condensation 25%
• Sample Tube 25%