Effects of linker torsional constraints on the rate of ground-state hole transfer in porphyrin dyads

Keyphrases

• Linker 100%
• Electron Holes 100%
• Porphyrin Dyad 100%
• Hole Transport 100%
• Electron Transfer 40%
• Electron Transfer Mechanism 40%
• Monocation 30%
• Low Temperature 20%
• Electron Transfer Rate 20%
• Thermal Activation 20%
• Diarylethene 20%
• Dimethyl 10%
• High Temperature 10%
• Temperature Effect 10%
• Thallium 10%
• Temperature Decrease 10%
• Ortho 10%
• Chelates 10%
• Room Temperature 10%
• Molecular Architecture 10%
• Aryl Rings 10%
• Density Functional Calculations 10%
• Torsional Motion 10%
• Activation Behavior 10%
• Variable Temperature 10%
• EPR Study 10%
• Electronic Factor 10%
• Aryl Groups 10%
• Torsional Dynamics 10%
• Artificial Photosynthesis 10%
• Molecular Electronics 10%
• 205Tl 10%

Chemistry

• Ground State 100%
• Porphyrin 100%
• Electron Transport 100%
• Transfer Process 40%
• Rate Constant 10%
• Ambient Reaction Temperature 10%
• EPR Spectroscopy 10%
• Aryl Group 10%
• electronics 10%
• Density Functional Theory 10%
• Artificial Photosynthesis 10%
• Molecular Electronics 10%