Energy transfer between chlorophyll derivatives in silica mesostructured films and photocurrent generation

Engineering & Materials Science

• Absorption spectra 15%
• Antennas 26%
• Chlorophyll 100%
• Copper 8%
• Derivatives 51%
• Electrodes 31%
• Electron injection 16%
• Energy transfer 71%
• Indium 40%
• Photocurrents 89%
• Pigments 77%
• Silica 63%
• Surface active agents 11%
• Thin films 9%
• Tin oxides 42%
• Zinc 11%

Physics & Astronomy

• absorption spectra 7%
• antennas 35%
• chlorophylls 78%
• copper 7%
• electrodes 25%
• electrons 4%
• energy transfer 50%
• indium oxides 30%
• injection 7%
• photocurrents 56%
• pigments 69%
• silicon dioxide 47%
• surfactants 9%
• thin films 5%
• tin oxides 29%
• zinc 9%

Chemical Compounds

• Absorption Spectrum 9%
• Behavior as Electrode 24%
• Chlorophyll 68%
• Electron Particle 6%
• Energy Transfer 52%
• Liquid Film 29%
• Photocurrent 57%
• Surfactant 8%