Coalescence-induced droplet jumping on atmospheric-mediated superhydrophobic surfaces

Engineering & Materials Science

• Superhydrophobicity 100%
• Coalescence 86%
• Interfacial energy 39%
• Volatile organic compounds 25%
• Wetting 21%
• Condensation 21%
• Cleaning 19%
• Superhydrophilicity 17%
• Coatings 15%
• Organic solvents 15%
• Nanostructures 13%
• Water vapor 11%
• Contact angle 11%
• Optical microscopy 11%
• Energy harvesting 10%
• Molecules 10%
• Adsorption 10%
• Aspect ratio 9%
• Plasmas 9%
• Surface roughness 8%
• Demonstrations 8%
• Copper 8%
• Heat transfer 7%
• Economics 6%

Physics & Astronomy

• coalescing 71%
• surface energy 30%
• volatile organic compounds 26%
• cleaning 21%
• air 19%
• condensation 18%
• ice formation 15%
• coatings 14%
• traction 12%
• economics 11%
• durability 11%
• high aspect ratio 11%
• wettability 11%
• microbalances 10%
• water vapor 10%
• wetting 10%
• chemistry 9%
• surface roughness 8%
• platforms 8%
• photoelectron spectroscopy 8%
• heat transfer 8%
• adsorption 8%
• high speed 8%
• copper 7%
• microscopy 7%
• molecules 5%

Chemical Compounds

• Volatile Organic Compound 25%
• Surface 23%
• Condensation 18%
• Heat Transfer 13%
• Surface Roughness 12%
• Water Vapor 11%
• Optical Microscopy 11%
• Organic Solvent 9%
• X-Ray Photoelectron Spectroscopy 8%
• Nanomaterial 7%
• Application 7%
• Plasma 7%
• Chemistry 7%