Dissertations
- Michael Kinyanjui, 2010
"Electronic and Structural Properties of Li(1-x)FePO4 (X = 0 , 0.5 ,1)"
- Jens Leschner, 2011
"High-Resolution Electron Tomography on Beam-Sensitive Carbon Materials"
- Oliver Klein, 2012
"Transmissionselektronenmikroskopische Analysen zur Defektreduktion mittels SiNx Zwischenschichten in AlGaN Heterostrukturen"
- Simon Kurasch, 2013
"Atom-by-atom observations on the defect formation and dynamics in 2D materials studied by HRTEM"
- Zhongbo Lee, 2014
"Incorporate Elastic and Inelastic Scattering into Image Calculation for Low-Voltage Transmission Electron Microscope"
- Phillipp Wachsmuth, 2014
"Momentum-resolved electron energy-loss spectroscopy of graphene"
- Gerardo Algara-Siller, 2014
"Chemistry on Graphene"
- Benedikt Westenfelder, 2015
"Elektrische in-situ TEM-Untersuchungen an Graphen"
- Thilo Zoberbier, 2015
"Electron beam interaction of transition metal nanoclusters enclosed inside single-walled carbon nanotubes"
- Haoyuan Qi, 2017
"Characterization of nickelate-based short-period superlattices using transmission electron microscopy"
- Kecheng Cao, 2019
"Stimulate and image metal-related chemical reactions by aberration-corrected transmission electron microscopy"
- Tibor Lehnert, 2019
"Electron-beam-induced modifications in two-dimensional materials"
- Marc Oldenburger, 2020
Lithium-Ionen Zellen mit Hysterese-Effekten: Vermessung, Modellierung, Simulation
- Michael Mohn, 2020
"Energy-filtered TEM and low-loss EELS of 2D materials"
- Baokun Liang, 2023
Condition-optimized AC-HRTEM characterization of beam-sensitive 2D organic frameworks
- Janis Köster, 2024
A transmission electron microscopy study of selected two-dimensional TMDs and TMPT
- Alexander Storm, 2024
Characterization of freestanding few-layer transition metal phosphorus trichalcogenides studied by low-voltage analytical transmission electron microscopy
- Moritz Quincke, 2024
HRTEM study of atomic defects in 2D materials and correlation with optical and electrical characterization
- Christopher Leist, 2024
In situ experiments to manipulate the atomic structure of nanocrystalline carbon monolayers and Pt-nanoclusters on graphene