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Full Description
Application-oriented, this book focuses on the advanced fabrication and characterization of perovskite-based materials for solar-cell applications.
Divided into two parts, the first reviews reproducible production processes that result in highly efficient flexible, stretchable and mechanically stable devices. The second part gives a detailed account of the characterization of the perovskite-based active layers and the performance assessment of the overall photovoltaic devices.
By reviewing both the potential and challenges related to the use of perovskite-based solar cells, this is invaluable reading for those researching this hot topic.
Contents
Fundamentals of Perovskites
FABRICATION
Fabrication: Low-Temperature Processes for Flexible and Stretchable Devices
Processing Conditions to Achieve Reproducible Highly Efficient Devices
Novel Device Structures: Nanostructured Absorbers and Electrodes
Light Absorption and Charge Separation
New Perovskite and Polymer Materials
CHARACTERIZATION
Hole and Electron Transport Layers
Stability Measurements
Role of Morphology, Crystallinity of the Perovskite Film, and Specific Contact Layers for Electron and Hole Collection
Theoretical Modeling: Ferroelectric Structure, Electronic Structure, Mechanical Stability
Physical Measurements for Analyzing Photovoltage and Charge Carrier Characteristics
