High Chloride Doping Levels Stabilize the Perovskite Phase of Cesium Lead Iodide

Keyphrases

• Perovskite 100%
• Doping Level 100%
• High Chloride 100%
• Cesium Lead Iodide 100%
• Chloride Doping 100%
• Density Functional Theory 50%
• Chloride 50%
• Band Gap 50%
• Order of Magnitude 25%
• Low Energy 25%
• Chemically Induced 25%
• Ambient Conditions 25%
• Ambient Temperature 25%
• Relative Change 25%
• Photovoltaic Applications 25%
• Nanometer Scale 25%
• X Ray Diffraction 25%
• Iodide 25%
• Exchange Reaction 25%
• Miscibility 25%
• Solubility Limit 25%
• Absorption Coefficient 25%
• Equilibrium Structure 25%
• High Doping 25%
• Humid Atmosphere 25%
• Energy Pathways 25%
• Nanocrystalline Solids 25%
• Lattice Contraction 25%
• Colloidal Nanocrystals 25%
• Co-deposits 25%
• Exchange-correlation Functionals 25%
• Polycrystalline Thin Films 25%
• Nudged Elastic Band 25%
• Scale Mixing 25%
• Halide Exchange 25%
• Yellow Phase 25%
• Room-temperature Sintering 25%
• Chlorine Diffusion 25%
• Cesium Lead Chloride 25%

Engineering

• Band Gap 100%
• Mixed Phase 100%
• Polycrystalline 100%
• Sintering 100%
• Doping Level 100%
• Photovoltaics 50%
• Ambient Condition 50%
• Thin Films 50%
• Room Temperature 50%
• Nanometre 50%
• Ray Diffraction 50%
• Exchange Reaction 50%
• Absorptivity 50%
• Absorption Coefficient 50%
• Solubility Limit 50%

Material Science

• Cesium 100%
• Density 40%
• Sintering 20%
• X-Ray Diffraction 20%
• Thin Films 20%
• Photovoltaics 20%
• Halide 20%
• Sintering Temperature 20%