Opto-electrical modelling of CIGS solar cells

INIS

• selenides 100%
• gallium 100%
• indium 100%
• copper 100%
• modeling 100%
• solar cells 100%
• antireflection coatings 33%
• losses 33%
• layers 33%
• simulation 20%
• absorption 20%
• spacers 20%
• benchmarks 13%
• molybdenum 13%
• applications 13%
• point contacts 13%
• management 13%
• thickness 13%
• dielectrics 13%
• aspect ratio 6%
• electrons 6%
• air 6%
• current density 6%
• morphology 6%
• efficiency 6%
• hybrids 6%
• maps 6%
• geometry 6%
• porous materials 6%
• power generation 6%
• passivation 6%
• interfaces 6%
• nonlinear programming 6%
• optimization 6%
• angle of incidence 6%
• compacts 6%
• silicon 6%
• approximations 6%
• holes 6%
• architecture 6%
• density 6%
• volume 6%
• refractive index 6%
• defects 6%
• climatic change 6%
• thin films 6%
• reflection 6%
• performance 6%
• tools 6%
• buffers 6%
• slowdown 6%
• environment 6%
• periodicity 6%
• electric fields 6%

Material Science

• Solar Cell 100%
• Indium 100%
• Gallium 100%
• Copper 100%
• Al2O3 20%
• Optical Loss 13%
• Molybdenum 13%
• Dielectric Material 13%
• Silicon 6%
• Density 6%
• Air 6%
• Refractive Index 6%
• Crystalline Material 6%

Engineering

• Solar Cell 100%
• Models 16%
• Benchmark 16%
• Dielectrics 16%
• Front Side 16%
• Photovoltaics 16%
• Double Layer 16%
• Angle of Incidence 8%
• Optimization 8%
• Electric Field 8%
• Plasmonics 8%
• Contact Area 8%
• Passivation 8%
• Area Coverage 8%
• Micron 8%
• Windows 8%
• Back Contact 8%
• Maps 8%
• Electrical Loss 8%
• High Potential 8%
• Density 8%
• Reflection Loss 8%
• High Efficiency 8%
• Defect Density 8%
• Photocurrent 8%
• Crystalline Silicon 8%
• Refractive Index Change 8%
• Highlight 8%
• Absorption Coefficient 8%
• Contact Point 8%
• Power Generation 8%