Atomic force microscopy applied to the quantification of nano-precipitates in thermo-mechanically treated microalloyed steels

Ingeniería y ciencia de los materiales

• Microalloyed steel 100%
• Atomic force microscopy 94%
• Precipitates 76%
• Transmission electron microscopy 45%
• Topography 33%
• Molybdenum steel 19%
• Optical microscopy 16%
• Etching 15%
• Surface properties 14%
• Adhesion 13%
• Statistical methods 12%
• Surface roughness 12%
• Stiffness 10%
• Microstructure 9%

Física y astronomía

• precipitates 64%
• atomic force microscopy 56%
• steels 54%
• preparation 32%
• transmission electron microscopy 29%
• topography 27%
• phase contrast 16%
• statistical analysis 15%
• surface properties 15%
• stiffness 13%
• adhesion 12%
• surface roughness 12%
• etching 11%
• intervals 10%
• microscopy 10%
• requirements 10%
• perturbation 9%
• microstructure 8%

Química

• Atomic Force Microscopy 58%
• Transmission Electron Microscopy 29%
• Sample Preparation 24%
• Surface Roughness 14%
• Surface 14%
• Etching 13%
• Optical Microscopy 13%
• Error 11%
• Microstructure 10%
• Time 5%
• Application 4%