Tuning of particle indentation by surface modification of polymer particles and substrates

Engineering & Materials Science

• Indentation 100%
• Surface treatment 97%
• Tuning 72%
• Polymers 68%
• Substrates 65%
• Polystyrenes 21%
• Chemical properties 20%
• Annealing 18%
• Living polymerization 18%
• Heat treatment 16%
• Sulfonation 15%
• Free radical polymerization 14%
• Scanning 14%
• Field emission 11%
• Sulfuric acid 11%
• Glass transition 10%
• Polyvinyl chlorides 10%
• Superconducting transition temperature 10%
• Surface properties 9%
• Microscopes 8%
• Electron microscopes 8%
• Gravitation 8%
• Topology 6%
• Temperature 3%

Physics & Astronomy

• indentation 92%
• tuning 70%
• polymers 54%
• chemical properties 11%
• polystyrene 9%
• heat treatment 8%
• polyvinyl chloride 7%
• sulfuric acid 7%
• scanning 6%
• annealing 6%
• surface properties 5%
• polymerization 5%
• glass transition temperature 5%
• field emission 4%
• topology 4%
• electron microscopes 4%
• microscopes 4%
• gravitation 4%
• probes 3%
• estimates 3%
• interactions 2%
• temperature 1%

Chemical Compounds

• Surface Modification 79%
• Surface 29%
• Heat Treatment 17%
• Annealing 16%
• Gravity 11%
• Poly(vinyl Chloride) 10%
• Field Emission 10%
• Radical Polimerization 9%
• Polymer Chain 8%
• Sulfuric Acid 8%
• Glass Transition Temperature 8%
• Probe 6%
• Electron Particle 5%