Exciton dissociation and charge transport properties at a modified donor/acceptor interface: Poly(3-hexylthiophene)/Thiol-ZnO bulk heterojunction interfaces

Engineering & Materials Science

• Excitons 100%
• Heterojunctions 74%
• Charge transfer 72%
• Transport properties 71%
• Composite films 53%
• Field effect transistors 50%
• Threshold voltage 20%
• Molecules 18%
• Carrier transport 14%
• Charge carriers 14%
• Optoelectronic devices 11%
• Surface morphology 10%
• Solar cells 10%
• Electrons 9%
• Scattering 8%

Physics & Astronomy

• thiols 71%
• heterojunctions 49%
• dissociation 46%
• transport properties 45%
• excitons 44%
• field effect transistors 37%
• charge transfer 24%
• composite materials 23%
• threshold voltage 17%
• molecules 10%
• optoelectronic devices 9%
• attachment 9%
• flexibility 8%
• charge carriers 8%
• trapping 7%
• solar cells 7%
• engineering 6%
• optimization 6%
• shift 5%
• scattering 4%
• performance 4%
• electrons 3%

Chemical Compounds

• Exciton 57%
• Transport Property 53%
• Dissociation 40%
• Charge Transfer 39%
• Donor 38%
• Field Effect 37%
• Thiol 32%
• Composite Material 18%
• Liquid Film 18%
• Voltage 13%
• Charge Carrier 9%
• Electron Donor 8%
• Optoelectronics 8%
• Solar Cell 8%
• Flexibility 7%
• Compound Mobility 7%
• Molecule 6%
• Surface 6%
• Modification 5%