A Porous Multilayer Dye-Based Photoelectrochemical Cell That Unexpectedly Runs in Reverse

Engineering & Materials Science

• Photoelectrochemical cells 100%
• Photocurrents 82%
• Dyes 64%
• Multilayers 54%
• Excited states 40%
• Tin oxides 33%
• Quenching 33%
• Indium 31%
• Conduction bands 27%
• Solar cells 25%
• Ground state 24%
• Electrodes 18%
• Porphyrins 14%
• Chromophores 13%
• Oxidation-Reduction 10%
• Titanium dioxide 10%
• Electrons 8%

Physics & Astronomy

• photocurrents 51%
• dyes 49%
• cells 30%
• quenching 26%
• indium oxides 23%
• tin oxides 23%
• solar cells 17%
• electrodes 15%
• conduction bands 13%
• excitation 11%
• sensitizing 11%
• ground state 10%
• porphyrins 10%
• photovoltages 9%
• chromophores 8%
• titanium oxides 8%
• laminates 7%
• electrons 6%
• injection 5%
• life (durability) 5%
• cavities 4%

Chemical Compounds

• Photocurrent 52%
• Multilayer 50%
• Porosity 32%
• Solar Cell 21%
• Dye 20%
• Excited State 19%
• Conduction Band 17%
• Ground State 12%
• Behavior as Electrode 12%
• Sensitizing 10%
• Photovoltage 9%
• Photoelectrode 9%
• Electron Particle 8%
• Porphyrin 6%
• Chromophore 6%
• Titanium Dioxide 6%
• Donor 5%