Optimization of the dye-sensitized solar cell performance by mechanical compression

Engineering & Materials Science

• TiO2 nanoparticles 99%
• Compaction 58%
• Conversion efficiency 36%
• Thin films 32%
• Electron Transport 18%
• Photocurrents 16%
• Spectrophotometers 16%
• Fluorine 15%
• Tin oxides 15%
• Charge transfer 14%
• Electrochemical impedance spectroscopy 14%
• Photons 13%
• Electrolytes 11%
• Short circuit currents 11%
• Glass 9%
• Acoustic impedance 8%
• Substrates 8%

Physics & Astronomy

• dyes 60%
• solar cells 51%
• optimization 45%
• nanoparticles 33%
• performance 30%
• thin films 15%
• impedance 15%
• short circuits 11%
• spectrophotometers 10%
• titanium oxides 10%
• blades 10%
• fluorine 9%
• tin oxides 9%
• photocurrents 9%
• electrolytes 8%
• glass 5%
• photons 5%
• spectroscopy 5%
• electrons 4%

Chemical Compounds

• Nanoparticle 28%
• Pressure 20%
• Photoelectricity 12%
• Tin Oxide 12%
• Short Circuit 11%
• Glass Substrate 11%
• Electron Transport 11%
• Liquid Film 11%
• Photocurrent 10%
• Titanium Dioxide 9%
• Charge Transfer 8%
• Resistance 7%
• Dye 7%