Effect of potassium precursor concentration on the performance of perovskite-sensitized solar cells

Keyphrases

• Perovskite 100%
• Precursor Concentration 100%
• Doped TiO2 100%
• Sensitized Solar Cell 100%
• Effect of Potassium 100%
• Potassium Precursors 100%
• Potassium Doped 66%
• Microtablet 66%
• Rutile 33%
• Electrical Conductivity 33%
• Energy Gap 33%
• Charge Transport 33%
• Electrical Charge 33%
• Potassium 33%
• Recombination 33%
• Photogenerated Holes 33%
• Photoanode 33%
• Anatase Phase 33%
• Photogenerated Electrons 33%
• Size Reduction 33%
• Power Conversion Efficiency 33%
• TiO2 Photoanode 33%
• Performance Parameters 33%
• Charge Transfer Resistance 33%
• X-ray Diffraction Study 33%
• Transport Time 33%
• Doping Content 33%
• Potassium Content 33%
• Metal Doping 33%
• Optimum Content 33%
• K-doped 33%
• Energy Charge 33%
• Low Energy Gap 33%
• Carrier Transport 33%
• Long Carrier Lifetime 33%
• Electrical Life 33%

Engineering

• Sensitized Solar Cell 100%
• Energy Gap 66%
• Ray Diffraction 33%
• Charge Transport 33%
• Electrical Charge 33%
• Electrical Conductivity 33%
• Charge Transfer Resistance 33%
• Power Conversion Efficiency 33%
• Performance Parameter 33%
• Carrier Lifetime 33%

Material Science

• Potassium 100%
• Solar Cell 100%
• Titanium Dioxide 83%
• X-Ray Diffraction 16%
• Electrical Conductivity 16%
• Carrier Lifetime 16%
• Carrier Transport 16%