Half Reactions with Multiple Redox States Do Not Follow the Standard Theory: A Computational Study of Electrochemistry of C₆₀

Chemical Compounds

• Redox State 82%
• Electrochemistry 65%
• Reorganization Energy 58%
• Electron Transfer 49%
• Polarizability 48%
• Fullerene 43%
• Chemical Activation 26%
• Electronic Transition 25%
• Transfer Reaction 22%
• Molecular Dynamics 17%
• Simulation 15%
• Solvent 11%
• Reduction 10%
• Oxidation Reaction 10%
• Molecule 8%

Engineering & Materials Science

• Electrochemistry 100%
• Oxidation-Reduction 93%
• Electrons 71%
• Fullerenes 55%
• Chemical activation 48%
• Signal filtering and prediction 27%
• Reaction rates 20%
• Molecular dynamics 20%
• Molecules 17%
• Oxidation 15%
• Computer simulation 9%
• Water 9%

Physics & Astronomy

• electrochemistry 93%
• electron transfer 72%
• activation 42%
• fullerenes 37%
• reaction kinetics 16%
• slopes 13%
• oxidation 13%
• molecular dynamics 12%
• energy 10%
• water 10%
• predictions 9%
• molecules 9%
• electronics 9%
• simulation 6%