Atomistic origins of high-performance in hybrid halide perovskite solar cells

Engineering & Materials Science

• Perovskite solar cells 100%
• Perovskite 84%
• Excitons 54%
• Thin film devices 51%
• Charge carriers 46%
• Organometallics 46%
• Light absorption 46%
• Electronic structure 45%
• Ferroelectric materials 40%
• Ionization 40%
• Positive ions 38%
• Open circuit voltage 37%
• Optoelectronic devices 35%
• Energy gap 34%
• Dyes 34%
• Conversion efficiency 32%
• Electrons 31%
• Permittivity 30%
• Hysteresis 29%
• Polarization 28%
• Physics 26%
• Defects 21%
• Electric potential 15%

Chemical Compounds

• Effective Mass 86%
• Ferroelectric Domain 52%
• Halide 47%
• Nanofilm 37%
• Organic Cation 36%
• Exciton 31%
• Hysteresis 30%
• Absorptivity 29%
• Charge Carrier 29%
• Dielectric Constant 28%
• Optoelectronics 27%
• Metallocene 27%
• Ionization 24%
• Meso Porosity 24%
• Band Gap 23%
• Polarization 23%
• Electronic State 22%
• Voltage 22%
• Donor 21%
• Chemistry 18%
• Electron Particle 16%
• Reduction 14%

Physics & Astronomy

• halides 66%
• perovskites 51%
• solar cells 45%
• performance 27%
• open circuit voltage 15%
• charge carriers 13%
• high voltages 13%
• dyes 13%
• chemistry 13%
• optical absorption 13%
• cations 12%
• excitons 12%
• hysteresis 11%
• electronic structure 11%
• ionization 10%
• permittivity 10%
• physics 9%
• defects 8%
• electric potential 8%
• polarization 8%
• thin films 7%
• electrons 6%