In many engineering applications materials are explored that contain both metals and ceramics. In order to describe the bonding mechanism between a metal and a ceramic material, heterophase interfaces were studied in this thesis with high-resolution electron microscopy. Herewith it is possible to image the atomic structure metal-oxide interfaces and to observe the local deformations of the lattice near the interface. The interfaces for observation were produced by internal oxidation to obtain many small oxide precipitates inside a metal matrix. In principle this method has the advantage to examine many interfaces inside the same sample. Furthermore, sample preparation has become easier because most likely interfaces that are suitable for de...
This paper reports on investigations of Ag-ZnO and Cu-ZnO interfaces, produced by internal oxidation...
This research program addresses fundamental questions concerning the relations between atomic struct...
This contribution treats the fundamental and practical aspects of the analysis of interfaces between...
How the core structure of an interface dislocation network depends on both misfit and bond strength ...
This thesis deals with the atomic structure of interfaces between metals and oxides. A principal fea...
In order to understand the bonding between metals and oxides, interfaces were studied with high-reso...
How the core structure of an interface dislocation network depends on both misfit and bond strength ...
This paper reports on investigations of Ag-ZnO and Cu-ZnO interfaces, produced by internal oxidation...
This research program addresses fundamental questions concerning the relations between atomic struct...
The aim of the present paper is to discuss the advantages of High Resolution Electron Microscopy (HR...
A metal-ceramic interface is produced by depositing Al on a {100} MgO substrate in an MBE system. Th...
This contribution treats the fundamental and practical aspects of the analysis of interfaces between...
This contribution treats the fundamental and practical aspects of the analysis of interfaces between...
In this chapter, we highlighted the in situ transmission electron microscope (TEM) observation of th...
This paper reports on investigations of Ag-ZnO and Cu-ZnO interfaces, produced by internal oxidation...
This research program addresses fundamental questions concerning the relations between atomic struct...
This contribution treats the fundamental and practical aspects of the analysis of interfaces between...
How the core structure of an interface dislocation network depends on both misfit and bond strength ...
This thesis deals with the atomic structure of interfaces between metals and oxides. A principal fea...
In order to understand the bonding between metals and oxides, interfaces were studied with high-reso...
How the core structure of an interface dislocation network depends on both misfit and bond strength ...
This paper reports on investigations of Ag-ZnO and Cu-ZnO interfaces, produced by internal oxidation...
This research program addresses fundamental questions concerning the relations between atomic struct...
The aim of the present paper is to discuss the advantages of High Resolution Electron Microscopy (HR...
A metal-ceramic interface is produced by depositing Al on a {100} MgO substrate in an MBE system. Th...
This contribution treats the fundamental and practical aspects of the analysis of interfaces between...
This contribution treats the fundamental and practical aspects of the analysis of interfaces between...
In this chapter, we highlighted the in situ transmission electron microscope (TEM) observation of th...
This paper reports on investigations of Ag-ZnO and Cu-ZnO interfaces, produced by internal oxidation...
This research program addresses fundamental questions concerning the relations between atomic struct...
This contribution treats the fundamental and practical aspects of the analysis of interfaces between...