Reduction of Manganese Oxides: Thermodynamic, Kinetic and Mechanistic Considerations for One- Versus Two-Electron Transfer Steps

Earth & Environmental Sciences

• manganese oxide 91%
• thermodynamics 57%
• aquatic environment 54%
• electron 52%
• kinetics 45%
• oxide 41%
• hydrogen sulfide 39%
• ligand 39%
• defect 32%
• laboratory 29%
• estuary 28%
• hydrogen 28%
• siderophore 26%
• saltmarsh 20%
• nitrite 17%
• coordination 17%
• cation 15%
• ammonia 14%
• wetland 14%
• sulfide 14%
• filter 12%
• oxidation 12%
• river 9%
• water 5%

Physics & Astronomy

• manganese oxides 100%
• electron transfer 75%
• thermodynamics 50%
• kinetics 44%
• estuaries 35%
• hydrogen sulfide 28%
• surface defects 23%
• surface reactions 21%
• ligands 21%
• Chesapeake Bay (US) 20%
• wetlands 20%
• hydrogen atoms 20%
• oxides 19%
• marshlands 17%
• nitrites 14%
• rivers 13%
• sulfides 11%
• ammonia 10%
• reactivity 10%
• molecular orbitals 10%
• salts 9%
• conduction bands 9%
• electrons 8%
• oxidation 7%
• filters 7%
• orbitals 7%
• water 6%

Chemical Compounds

• Blue 54%
• Thermodynamics 46%
• Surface Defect 44%
• Hydrogen Sulfide 39%
• Surface Reaction 38%
• Reduction 33%
• Hydrogen Atom 32%
• Environment 31%
• Oxide 30%
• Triphenylmethane 25%
• Lead Oxide 24%
• Siderophore 24%
• Conduction Band 20%
• Frontier Orbital 19%
• Nitrite 18%
• Transfer Reaction 17%
• Ab Initio Calculation 16%
• pH Value 15%
• Orbital 15%
• Sulfide 14%
• Ammonia 14%
• Cation 10%
• Electron Particle 10%
• Oxidation Reaction 8%
• Ligand 8%