Nanometer-scale capillary-driven flow and molecular weight govern polymer nanostructure deposition from a heated tip

Engineering & Materials Science

• Capillary flow 100%
• Deposits 5%
• Hot Temperature 2%
• Microscopes 17%
• Molecular weight 73%
• Nanolithography 10%
• Nanoribbons 21%
• Nanostructures 79%
• Polymers 47%
• Polymethyl methacrylates 7%
• Temperature 4%

Physics & Astronomy

• deposits 5%
• gyration 6%
• microscopes 13%
• molecular weight 62%
• pens 8%
• polymers 38%
• polymethyl methacrylate 6%
• radii 3%
• ribbons 5%
• scaling 4%
• temperature 3%
• tip speed 18%

Chemical Compounds

• Force 44%
• Nanolithography 22%
• Nanomaterial 41%
• Nanoribbon 38%
• Radius of Gyration 19%