Tapping-mode AFM study of tip-induced polymer deformation under geometrical confinement

Chemical Compounds

• Nanomaterial 82%
• Plastic Deformation 81%
• Dissipation 71%
• Liquid Film 63%
• Phase Separation 57%
• Polymer Chain 56%
• Atomic Force Microscopy 51%
• Compound Mobility 50%
• Surface 41%
• Energy 30%
• Application 20%

Engineering & Materials Science

• Polymers 95%
• Polymer films 69%
• Nanostructures 64%
• Functional materials 37%
• Phase separation 33%
• Atomic force microscopy 33%
• Thin films 24%
• Rubber 23%
• Plastic deformation 23%
• Energy dissipation 22%
• Glass 20%

Physics & Astronomy

• atomic force microscopy 100%
• polymers 76%
• rubber 18%
• plastic deformation 16%
• energy dissipation 15%
• glass 10%
• interactions 7%
• energy 5%