Self-Healing and -Repair of Nanomechanical Damages in Lead Halide Perovskites

Keyphrases

• Self-healing 100%
• Nanomechanics 100%
• Lead Halide Perovskites 100%
• Cesium 66%
• Ultra-high Vacuum 66%
• CsPbBr3 66%
• MAPbBr3 66%
• Healing 33%
• In Situ 33%
• Order of Magnitude 33%
• Moisture 33%
• Methylammonium Lead Iodide 33%
• Morphological Changes 33%
• Ionic Mobility 33%
• Nanometer Scale 33%
• Atomic Force Microscope 33%
• Photodamage 33%
• Real-time Imaging 33%
• Under 40 33%
• Mechanical Damage 33%
• Water-assisted 33%
• Atomic Force Microscope Tips 33%
• Surface Hydration 33%
• Ion Solvation 33%
• Hydration Layer 33%
• Pressure Condition 33%
• Ambient Water 33%
• Methylammonium 33%
• Faster Healing 33%
• Lead Bromide Perovskites 33%
• Useful Lifetime 33%
• Water Vapor Pressure 33%
• Single Crystal Surfaces 33%
• Healing Kinetics 33%
• A-site Cations 33%
• Poking 33%
• Cesium Lead Bromide 33%

Material Science

• Halide 100%
• Cesium 100%
• Solvation 33%
• Water Vapor 33%
• Morphology 33%
• Single Crystal Surface 33%

Engineering

• Atomic Force Microscope 100%
• Nanometre 50%
• Mechanical Damage 50%
• Site Cation 50%
• Crystal Surface 50%