A systematic analysis of excitonic properties to seek optimal singlet fission: the BN-substitution patterns in tetracene: The BN-substitution patterns in tetracene

Engineering & Materials Science

• Singlet fission 100%
• Substitution reactions 42%
• Molecules 16%
• Photoexcitation 15%
• Excitons 14%
• Excitation energy 14%
• Excited states 14%
• Ground state 12%
• Chemical modification 12%
• Electronic structure 12%
• Chemical stability 11%
• Molecular structure 11%
• Charge transfer 10%
• Monomers 10%
• Electron energy levels 9%
• Boron 9%
• Conversion efficiency 8%
• Atoms 8%
• Electrons 8%
• Nitrogen 7%
• Renewable energy resources 6%
• Modulation 6%

Chemistry

• Fission 47%
• Acenes 25%
• Energy 20%
• Quantum Mechanical Phenomenon 17%
• Lead Atom 12%
• Substitution Reaction 10%
• Singlet State 9%
• Photoexcitation 9%
• Electron-Hole Pair 9%
• Exciton 8%
• Triplet State 8%
• Boron Atom 7%
• Excited State 6%
• Resonance 6%
• Ground State 6%
• Electronic State 6%
• Molecule 5%
• Charge Transfer 5%
• Molecular Structure 5%
• Nitrogen 5%
• Monomer 5%
• Modification 4%
• Application 2%