Environmental TEM Study of Electron Beam Induced Electrochemistry of Pr_0.64Ca_0.36MnO₃ Catalysts for Oxygen Evolution

Engineering & Materials Science

• Anodic oxidation 50%
• Catalysts 60%
• Electric grounding 38%
• Electric potential 18%
• Electrocatalysts 54%
• Electrochemistry 100%
• Electrodes 27%
• Electron beams 84%
• Electron emission 60%
• Electron holography 80%
• Electronic states 57%
• Electrons 35%
• Electrostatics 76%
• Experiments 12%
• Fluxes 29%
• Gases 20%
• Oxidation 31%
• Oxides 30%
• Oxygen 57%
• Oxygen evolution reaction 68%
• Silanes 45%
• Transmission electron microscopy 73%
• Water 19%
• Water vapor 39%

Physics & Astronomy

• catalysts 66%
• conductivity 11%
• electric potential 9%
• electrocatalysts 26%
• electrochemistry 93%
• electrodes 11%
• electron beams 51%
• electron emission 17%
• electron flux 22%
• electronics 9%
• electrons 7%
• electrostatics 27%
• gases 9%
• high energy electrons 17%
• holography 17%
• oxidation 26%
• oxides 11%
• oxygen 43%
• secondary emission 20%
• silanes 19%
• transmission electron microscopy 46%
• water splitting 22%
• water vapor 17%

Chemical Compounds

• Additive 16%
• Amorphous Material 16%
• Anodizing 22%
• Behavior as Electrode 11%
• Catalyst 29%
• Dioxygen 34%
• Electric Potential 31%
• Electrical Conductivity 18%
• Electrochemical Reaction 24%
• Electron Beam 77%
• Electron Particle 25%
• Electronic State 17%
• Electrostatic Potential 24%
• Energy 11%
• Gas 12%
• Oxidation Reaction 10%
• Oxide 12%
• Silane 22%
• Surface 7%
• Transmission Electron Microscopy 15%