Enabling Two-Electron Pathways with Iron and Cobalt: From Ligand Design to Catalytic Applications

Engineering & Materials Science

• Ligands 100%
• Cobalt 86%
• Electrons 75%
• Iron 67%
• Metal complexes 60%
• Organometallics 56%
• Catalysis 50%
• Precious metals 49%
• Oxidation-Reduction 49%
• Addition reactions 32%
• Catalysts 31%
• Earth (planet) 31%
• Transition metals 27%
• Metals 24%
• Isotopes 23%
• Drug products 20%
• Hydrogen 14%
• Costs 7%

Medicine & Life Sciences

• Cobalt 89%
• Metals 65%
• Iron 62%
• Electrons 60%
• Ligands 53%
• Coordination Complexes 44%
• Catalysis 36%
• Oxidation-Reduction 28%
• Hydrogen 17%
• Isotopes 16%
• Costs and Cost Analysis 9%
• Pharmaceutical Preparations 6%

Chemical Compounds

• Chemistry 43%
• Metal 33%
• Metallocene 33%
• Ligand 33%
• Oxidative Addition Reaction 26%
• Borylation 25%
• Application 23%
• Homogeneous Catalysis 23%
• Reductive Elimination Reaction 20%
• Catalyst 15%
• Pharmaceutical 13%
• Transition Element 13%
• Catalysis 12%
• Chemical Transformation 11%