Tuning Electronic Structure in Layered Hybrid Perovskites with Organic Spacer Substitution

Physics & Astronomy

• alignment 7%
• atomic energy levels 15%
• cations 4%
• charge carriers 4%
• computational chemistry 7%
• density functional theory 7%
• electronic levels 12%
• electronic structure 50%
• energy 11%
• energy levels 7%
• energy transfer 3%
• excitation 4%
• excitons 11%
• geometry 5%
• ground state 3%
• halides 25%
• light emission 4%
• molecular dynamics 3%
• perovskites 56%
• simulation 1%
• spacers 70%
• stoichiometry 4%
• substitutes 53%
• temperature 1%
• temperature effects 4%
• tuning 50%

Engineering & Materials Science

• Charge carriers 7%
• Chemical analysis 3%
• Computational chemistry 7%
• Computer simulation 2%
• Density functional theory 14%
• Electron energy levels 11%
• Electronic structure 100%
• Energy transfer 5%
• Excitation energy 32%
• Excited states 8%
• Excitons 25%
• Geometry 5%
• Ground state 7%
• Hot Temperature 2%
• Light emission 7%
• Optoelectronic devices 11%
• Photoexcitation 8%
• Positive ions 5%
• Power control 4%
• Stoichiometry 6%
• Substitution reactions 66%
• Temperature 1%
• Thermal effects 4%
• Tuning 52%

Chemical Compounds

• Application 3%
• Computational Chemistry 5%
• Density Functional Theory 5%
• Electronic State 49%
• Environment 2%
• Excited Triplet State 5%
• Exciton 14%
• Ground State 3%
• Molecular Dynamics 3%
• Organic Halide 18%
• Reaction Stoichiometry 3%
• Simulation 3%
• Substitution Reaction 42%