Rapid formation of a superhydrophobic surface on a magnesium alloy coated with a cerium oxide film by a simple immersion process at room temperature and its chemical stability

Engineering & Materials Science

• Catalysts 6%
• Cerium 23%
• Cerium oxide 91%
• Chemical stability 97%
• Contact angle 35%
• Corrosion resistance 7%
• Crystalline materials 8%
• Crystals 7%
• Fabrication 5%
• Hydrolysis 9%
• Hysteresis 7%
• Magnesium alloys 76%
• Molecules 15%
• Nitrates 20%
• Oxide films 89%
• Polymerization 8%
• Superhydrophobicity 96%
• Temperature 28%
• Titanium 7%
• Toluene 9%
• Water 4%

Physics & Astronomy

• aqueous solutions 16%
• catalysts 8%
• cerium 20%
• cerium oxides 100%
• corrosion resistance 9%
• crystals 4%
• fabrication 5%
• hydrolysis 10%
• hysteresis 6%
• magnesium alloys 80%
• molecules 9%
• nitrates 20%
• oxide films 64%
• polymerization 8%
• room temperature 40%
• submerging 73%
• titanium 7%
• toluene 9%
• water 5%

Chemical Compounds

• Ambient Reaction Temperature 40%
• Aqueous Solution 9%
• Catalyst 3%
• Cerium 68%
• Chemical Stability 67%
• Corrosion Resistance 7%
• Hydrolysis 5%
• Hysteresis 8%
• Liquid Film 34%
• Magnesium Alloy 85%
• Molecule 6%
• Nitrate 13%
• Oxide 38%
• pH Value 11%
• Polymerization Reaction 5%
• Surface 22%
• Time 9%
• Toluene 6%