Atomic-Scale Observation of the Ni Activation Process for Partial Oxidation of Methane Using InSitu Environmental TEM

Physics & Astronomy

• synthesis gas 92%
• methane 89%
• activation 77%
• oxidation 71%
• transmission electron microscopy 63%
• catalysts 60%
• cations 54%
• gases 50%
• grain boundaries 48%
• metal particles 38%
• defects 36%
• ramps 35%
• metals 33%
• selectivity 30%
• crystallites 28%
• voids 28%
• reactors 24%
• atmospheres 22%
• nanoparticles 21%
• temperature 19%

Engineering & Materials Science

• Transmission electron microscopy 100%
• Methane 91%
• Chemical activation 87%
• Oxidation 86%
• Positive ions 80%
• Grain boundaries 65%
• Gases 55%
• Catalysts 55%
• Metal nanoparticles 54%
• Crystallites 46%
• Defects 44%
• Metals 41%
• Nanostructures 39%
• Temperature 26%
• Experiments 11%

Chemical Compounds

• Methane 77%
• Grain Boundary 67%
• Gas 51%
• Reduction 44%
• Transmission Electron Microscopy 42%
• Cation 37%
• Metal Nanoparticle 32%
• Metal 29%
• Catalyst 27%
• Crystallite 27%
• Chemical Transformation 20%
• Nanomaterial 20%
• Diffusion 20%
• Environment 18%
• Surface 10%