Cu-dinitrosyl species in zeolites: A density functional molecular cluster study

Engineering & Materials Science

• Zeolites 91%
• Ions 46%
• Binding energy 40%
• Dimers 38%
• Density functional theory 37%
• Electronic structure 37%
• Decomposition 36%
• Ligands 33%
• Molecular structure 32%
• Atoms 26%
• Chemical activation 22%
• Metals 16%
• Gases 14%

Physics & Astronomy

• molecular clusters 100%
• zeolites 86%
• nitrosyls 31%
• decomposition 28%
• molecular structure 20%
• ligands 19%
• ions 17%
• dimers 17%
• binding energy 16%
• vapor phases 15%
• activation 15%
• density functional theory 14%
• electronic structure 14%
• orbitals 13%
• symmetry 11%
• metals 9%
• atoms 9%
• interactions 7%

Chemical Compounds

• Hyponitrite 83%
• Zeolite 57%
• Molecular Cluster 49%
• Cluster Model 31%
• Metal Atom 24%
• Binding Energy 22%
• Orbital 21%
• Ion 20%
• Electronic State 18%
• Molecular Structure 17%
• Decomposition 16%
• Density Functional Theory 15%
• Gas 13%
• Ligand 11%