Investigating Interfacial Electron Transfer in Highly Efficient Porphyrin-Sensitized Solar Cells

Engineering & Materials Science

• Porphyrins 100%
• Chromophores 96%
• Solar cells 59%
• Electrons 57%
• Dyes 51%
• Zinc 48%
• Excited states 37%
• Ground state 34%
• Density functional theory 33%
• Electronic structure 33%
• Benzoic acid 19%
• Paraffins 13%
• Conversion efficiency 11%
• Substitution reactions 11%
• Electrolytes 11%
• Semiconductor materials 10%
• Computer simulation 6%

Chemical Compounds

• Zinc Tetraphenylporphyrin 91%
• Solar Cell 49%
• Electron Transfer 39%
• Dye 35%
• Meso Isomer 31%
• Chromophore 23%
• Excited State 22%
• Ground State 22%
• Long-Chain Alkane 21%
• Electronic State 20%
• Density Functional Theory 17%
• Ethynyl 17%
• Sensitization 15%
• Phenyl Group 14%
• Benzoic Acid 13%
• Intermolecular Force 12%
• Porphyrin 11%
• Semiconductor 10%
• Simulation 8%
• Substitution Reaction 8%
• Modification 7%
• Surface 4%