A Combined theoretical and experimental study on the role of spin states in the chemistry of fe(co)₅ photoproducts

Chemical Compounds

• Spin State 88%
• Heptane 84%
• Chemistry 46%
• Reaction Activation Energy 36%
• Ligand 34%
• Rate Constant 34%
• Transition State Theory 31%
• Gas 27%
• Reaction Order 26%
• Addition Reaction 26%
• Potential Energy Surface 25%
• Photolysis 23%
• Electron Spin 21%
• Density Functional Theory 16%
• Environment 14%
• Liquid 14%

Engineering & Materials Science

• Heptane 100%
• Ligands 63%
• Rate constants 39%
• Activation energy 32%
• Photolysis 27%
• Addition reactions 27%
• Potential energy surfaces 26%
• Density functional theory 23%
• Gas fuel measurement 22%
• Phase measurement 20%
• Gases 18%
• Liquids 10%
• Temperature 6%
• Experiments 5%

Medicine & Life Sciences

• Carbon Monoxide 80%
• Theoretical Models 64%
• Heptanes 56%
• n-heptane 41%
• Gases 28%
• iron pentacarbonyl 25%
• Ligands 24%
• Density Functional Theory 19%
• Photolysis 16%
• Temperature 8%