Spectroscopic and Theoretical Study of Spin-Dependent Electron Transfer in an Iron(III) Superoxo Complex

Physics & Astronomy

• electron transfer 100%
• iron 70%
• ground state 65%
• ligands 49%
• orbitals 34%
• tetrahydrofuran 33%
• adducts 32%
• pyridines 31%
• quantum chemistry 30%
• electron paramagnetic resonance 22%
• activation 19%
• density functional theory 19%
• tensors 18%
• rings 16%
• gradients 16%
• magnetization 16%
• probes 14%
• electric fields 14%
• glass 14%
• configurations 13%
• excitation 12%
• interactions 9%

Chemical Compounds

• Ground State 78%
• Electron Transfer 68%
• Electron Spin 41%
• Orbital 40%
• Electric Field Gradient 33%
• Hyperfine Splitting 31%
• Zero Field Splitting 30%
• Bubbling 30%
• Quantum Chemistry 26%
• Antiferromagnetic 23%
• Magnetization 23%
• Ligand 21%
• EPR Spectroscopy 21%
• Reaction Yield 20%
• Excited State 19%
• Error 18%
• Adduct 17%
• Pyridine 17%
• Density Functional Theory 15%
• Probe 15%
• Solvent 11%