Observation of adhesive force and energy of adsorbents on rubber substrates by atomic force microscopy

Engineering & Materials Science

• Adhesives 70%
• Adsorbents 93%
• Atomic force microscopy 99%
• Cleaning 43%
• Detergents 21%
• Domestic appliances 18%
• Dust 47%
• Fluids 20%
• Laundries 46%
• Rubber 70%
• Sodium 32%
• Substrates 55%
• Surface morphology 17%
• Surface roughness 12%
• Water 42%

Physics & Astronomy

• adhesives 76%
• adsorbents 100%
• atomic force microscopy 59%
• cleaning 38%
• cold water 19%
• curves 14%
• detachment 14%
• detergents 17%
• dust 32%
• energy 23%
• fluids 15%
• interactions 10%
• performance 5%
• roughness 10%
• rubber 78%
• sodium 23%
• tendencies 11%
• water 29%

Chemical Compounds

• Adsorbent 58%
• Atomic Force Microscopy 62%
• Detergent 12%
• Dust 28%
• Energy 36%
• Force 53%
• Mixture 5%
• Purity 6%
• Reaction Yield 5%
• Sodium Hypochlorite 33%
• Surface 24%