Boosting Photoelectric Conductivity in Porphyrin-Based MOFs Incorporating C₆₀

Chemical Compounds

• Photoelectricity 63%
• Optoelectronics 51%
• Porphyrin 47%
• Electron Transfer 39%
• Conductivity 37%
• Charge Transfer Interaction 34%
• Ethynyl 34%
• Charge Transfer Transition 33%
• Meso Isomer 31%
• Charge Separation 28%
• Metal Organic Framework 24%
• Electronic Property 23%
• Band Gap 21%
• Electronic State 20%
• Benzene 19%
• Charge Transfer 19%
• Modification 15%

Physics & Astronomy

• porphyrins 71%
• charge transfer 48%
• electron transfer 38%
• conductivity 37%
• zinc 33%
• interactions 22%
• polarization (charge separation) 22%
• electronics 19%
• benzene 18%
• heterojunctions 16%
• actuators 15%
• electronic structure 14%
• irradiation 12%
• metals 9%
• electrons 7%

Engineering & Materials Science

• Porphyrins 100%
• Metalorganic frameworks 89%
• Charge transfer 31%
• Electrons 24%
• Optoelectronic devices 18%
• Zinc 17%
• Metal-Organic Frameworks 13%
• Electronic properties 12%
• Electronic structure 12%
• Heterojunctions 10%
• Benzene 9%
• Energy gap 9%
• Structural properties 8%
• Irradiation 8%
• Infrared radiation 7%