Herein, we show how electron microscopy can provide atomic-level understanding of FAPbBr3 , where electron diffraction and high-resolution imaging were combined allowing not only the characterization of the pristine material but also the identification of different intermediates upon its structural disintegration. Additionally, a minor tetragonal phase was also identified whose structure was also solved
This thesis discusses the understanding of the structural and electronic properties of metal halide ...
Funder: Jardine Foundation and Cambridge TrustFunder: Cambridge RoyceFunder: Dr. Christian Monachon ...
A key to the unique combination of electronic and optical properties in halide perovskite materials ...
Herein, we show how electron microscopy can provide atomic-level understanding of FAPbBr3 , where el...
Herein, we show how electron microscopy can provide atomic-level understanding of FAPbBr3 , where el...
Herein, we show how electron microscopy can provide atomic-level understanding of FAPbBr3 , where el...
Herein, we show how electron microscopy can provide atomic-level understanding of FAPbBr3 , where el...
The radiation-sensitive nature of halide perovskites has hindered structural studies at the atomic s...
The radiation-sensitive nature of halide perovskites has hindered structural studies at the atomic s...
The radiation-sensitive nature of halide perovskites has hindered structural studies at the atomic s...
The interaction of high-energy electrons and X-ray photons with beam-sensitive semiconductors such a...
Hybrid organic-inorganic perovskites are exciting materials for solar-energy applications whose micr...
All-inorganic halide perovskites are promising materials for optoelectronic applications. The surfac...
Ultra-thin hydrophobic capping layers of two-dimensional (2D) onto three-dimensional (3D) metal hali...
Hybrid organic-inorganic perovskites have attracted substantial interest as the most favorable prosp...
This thesis discusses the understanding of the structural and electronic properties of metal halide ...
Funder: Jardine Foundation and Cambridge TrustFunder: Cambridge RoyceFunder: Dr. Christian Monachon ...
A key to the unique combination of electronic and optical properties in halide perovskite materials ...
Herein, we show how electron microscopy can provide atomic-level understanding of FAPbBr3 , where el...
Herein, we show how electron microscopy can provide atomic-level understanding of FAPbBr3 , where el...
Herein, we show how electron microscopy can provide atomic-level understanding of FAPbBr3 , where el...
Herein, we show how electron microscopy can provide atomic-level understanding of FAPbBr3 , where el...
The radiation-sensitive nature of halide perovskites has hindered structural studies at the atomic s...
The radiation-sensitive nature of halide perovskites has hindered structural studies at the atomic s...
The radiation-sensitive nature of halide perovskites has hindered structural studies at the atomic s...
The interaction of high-energy electrons and X-ray photons with beam-sensitive semiconductors such a...
Hybrid organic-inorganic perovskites are exciting materials for solar-energy applications whose micr...
All-inorganic halide perovskites are promising materials for optoelectronic applications. The surfac...
Ultra-thin hydrophobic capping layers of two-dimensional (2D) onto three-dimensional (3D) metal hali...
Hybrid organic-inorganic perovskites have attracted substantial interest as the most favorable prosp...
This thesis discusses the understanding of the structural and electronic properties of metal halide ...
Funder: Jardine Foundation and Cambridge TrustFunder: Cambridge RoyceFunder: Dr. Christian Monachon ...
A key to the unique combination of electronic and optical properties in halide perovskite materials ...