Optimizing the photovoltaic performance of thiocyanate-free ruthenium photosensitizers by structural modification of C^N cyclometalating ligand in dye-sensitized solar cells

Engineering & Materials Science

• Chromophores 31%
• Conversion efficiency 19%
• Decomposition 13%
• Density functional theory 27%
• Dye-sensitized solar cells 81%
• Dyes 63%
• Electrochemical properties 26%
• Electrons 18%
• Ligands 74%
• Lighting 14%
• Networks (circuits) 10%
• Photocurrents 27%
• Photosensitizers 100%
• Ruthenium 84%
• Short circuit currents 18%
• Simulators 13%
• Solar cells 19%
• Temperature 7%
• Thermodynamic properties 17%
• Thermodynamic stability 19%

Physics & Astronomy

• chromophores 12%
• decomposition 8%
• density functional theory 8%
• dyes 48%
• electrons 4%
• illumination 8%
• ligands 56%
• performance 24%
• photocurrents 10%
• photovoltages 13%
• ruthenium 69%
• short circuits 13%
• simulators 11%
• solar cells 41%
• temperature 3%
• thermal stability 9%
• thermodynamic properties 9%

Chemical Compounds

• Chromophore 15%
• Decomposition Temperature 18%
• Density Functional Theory 11%
• Dye 35%
• Illumination 16%
• Ligand 24%
• Modification 31%
• Photocurrent 17%
• Photovoltage 22%
• Photovoltaic Effect 21%
• Short Circuit 19%
• Solar Cell 16%
• Thermal Stability 12%