Engineering Solar Cell Absorbers by Exploring the Band Alignment and Defect Disparity: The Case of Cu- and Ag-Based Kesterite Compounds

Engineering

• Defects 44%
• Absorber 22%
• Acceptor 16%
• Alignment 11%
• Alloy 11%
• Thin Films 5%
• Open Circuit Voltage 5%
• Film Solar Cell 5%
• Absorber Layer 5%
• Alloying 5%
• Absorber Material 5%
• Forming 5%
• Development 5%
• Efficiency 5%
• High Concentration 5%
• Engineering 5%
• High Efficiency 5%
• Low Concentration 5%

Material Science

• Kesterite 100%
• Defect 44%
• Conductivity 11%
• Thin Films 5%
• Semiconductor Material 5%

Physics

• Defects 44%
• Solar Cell 27%
• Alloy 11%
• Thin Films 5%
• Semiconductor 5%
• Open Circuit Voltage 5%
• Alloying 5%
• Absorbers (Materials) 5%
• Light 5%