This paper reports on investigations of Ag-ZnO and Cu-ZnO interfaces, produced by internal oxidation. ZnO precipitates with the wurtzite structure were found showing mainly one orientation relationship ( OR) with the matrix. However, closely related ORs were found, rotated by small angles from that orientation relation. The atomic structure of several interfaces surrounding these precipitates was studied and compared using high resolution transmission electron microscopy. This paper focuses on interfaces between low index facets of ZnO and vicinal planes of Ag. These interfaces clearly show relaxations. An interpretation of these relaxations in terms of dissociation of partial dislocations at the interface is put forward.</p
This research program addresses fundamental questions concerning the relations between atomic struct...
This research program focuses on an experimental study of the structure and chemistry of metal/metal...
In order to understand the bonding between metals and oxides, interfaces were studied with high-reso...
This paper reports on investigations of Ag-ZnO and Cu-ZnO interfaces, produced by internal oxidation...
This paper reports on investigations of Ag-ZnO and Cu-ZnO interfaces, produced by internal oxidation...
This paper presents the results of investigations of Ag-ZnO interfaces, produced by internal oxidati...
This paper presents the results of investigations of Ag-ZnO interfaces, produced by internal oxidati...
In many engineering applications materials are explored that contain both metals and ceramics. In or...
Misfit dislocations at metal-oxide interfaces are studied using HRTEM. By observing misfit dislocati...
How the core structure of an interface dislocation network depends on both misfit and bond strength ...
How the core structure of an interface dislocation network depends on both misfit and bond strength ...
This research program addresses fundamental questions concerning the relations between atomic struct...
This research program focuses on an experimental study of the structure and chemistry of metal/metal...
In order to understand the bonding between metals and oxides, interfaces were studied with high-reso...
This paper reports on investigations of Ag-ZnO and Cu-ZnO interfaces, produced by internal oxidation...
This paper reports on investigations of Ag-ZnO and Cu-ZnO interfaces, produced by internal oxidation...
This paper presents the results of investigations of Ag-ZnO interfaces, produced by internal oxidati...
This paper presents the results of investigations of Ag-ZnO interfaces, produced by internal oxidati...
In many engineering applications materials are explored that contain both metals and ceramics. In or...
Misfit dislocations at metal-oxide interfaces are studied using HRTEM. By observing misfit dislocati...
How the core structure of an interface dislocation network depends on both misfit and bond strength ...
How the core structure of an interface dislocation network depends on both misfit and bond strength ...
This research program addresses fundamental questions concerning the relations between atomic struct...
This research program focuses on an experimental study of the structure and chemistry of metal/metal...
In order to understand the bonding between metals and oxides, interfaces were studied with high-reso...