Method to Quantify Nanoscale Surface Charge in Liquid with Atomic Force Microscopy

Engineering & Materials Science

• Surface charge 100%
• Charge density 98%
• Atomic force microscopy 88%
• Liquids 46%
• Titration 33%
• Mathematical models 32%
• Electron microscopy 30%
• Fluids 29%
• Amines 27%
• Polystyrenes 26%
• Permittivity 23%
• Graphite 23%
• Electrolytes 22%
• Microscopes 22%
• Screening 21%
• Energy dissipation 19%
• Viscosity 18%
• Uncertainty 14%

Physics & Astronomy

• atomic force microscopy 53%
• beads 46%
• mathematical models 38%
• liquids 37%
• dipoles 34%
• pyrolytic graphite 29%
• titration 29%
• fluids 27%
• amines 27%
• aqueous solutions 21%
• polystyrene 20%
• screening 20%
• electron microscopy 20%
• electrolytes 19%
• energy dissipation 18%
• interactions 18%
• microscopes 17%
• viscosity 16%
• permittivity 16%
• curves 12%

Chemical Compounds

• Charge Density 67%
• Atomic Force Microscopy 55%
• Liquid 37%
• Force 31%
• Dissipation 25%
• Dipole 23%
• Surface 22%
• Dielectric Constant 21%
• Electron Microscopy 20%
• Titration 18%
• Graphite 17%
• Aqueous Solution 12%
• Energy 10%