Single molecule interfacial charge transfer dynamics in a dye-sensitized solar cell model

Engineering & Materials Science

• Charge transfer 88%
• Conduction bands 39%
• Crystalline materials 24%
• Dye-sensitized solar cells 100%
• Dyes 26%
• Electron injection 36%
• Electronic structure 34%
• Electrons 69%
• Excited states 38%
• Field effect transistors 73%
• Fluorescence 53%
• Ground state 34%
• Molecules 67%
• Semiconductor materials 40%
• Substrates 16%
• Surface morphology 25%
• Time measurement 25%
• Ultrahigh vacuum 36%
• X ray photoelectron spectroscopy 28%

Chemical Compounds

• Charge Transfer 48%
• Conduction Band 37%
• Dye 21%
• Electron Particle 18%
• Electronic State 25%
• Excited State 27%
• Fluorescence 39%
• Ground State 27%
• Molecule 24%
• Perylene 38%
• Semiconductor 52%
• Surface 22%
• Time 12%
• Transfer Reaction 32%
• Vacuum 27%