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High Resolution Transmission Electron Microscope (HRTEM) images of an interface between MgO and Cu in an internally oxidised alloy show a characteristic modulation of intensity near the interface. An atomic structure is proposed for the interface taking into account the interplay between misfit and bond strength.</p
This research program addresses fundamental questions concerning the relations between atomic struct...
This research program addresses fundamental questions concerning the relationships between atomic st...
This research program focuses on an experimental study of the structure and chemistry of metal/metal...
High Resolution Transmission Electron Microscope (HRTEM) images of an interface between MgO and Cu i...
Epitaxial Cu(001) layers were deposited on MgO(001) substrates by magnetron sputtering and the atomi...
37th International Conference on Metallurgical Coatings and Thin Films, San Diego, CA, APR 26-30, 20...
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 ...
Misfit dislocations at metal-oxide interfaces are studied using HRTEM. By observing misfit dislocati...
This research program addresses fundamental questions concerning the relationships between atomic st...
[[abstract]]Cu/ (11 over-bar 1) MgO and Pd/ (11 over-bar 1) MgO interfaces with a cube-on-cube relat...
Misfit dislocation networks at Cu-MgO and Cu-MnO {111}metal//{111} oxide interfaces were studied wit...
Physicochemical interactions at Cu-MgO buried interfaces are studied by electron X-ray emission spec...
{l_brace}222{r_brace}MgO/Cu is one of the most extensively characterized ceramic/metal interfaces, i...
{l_brace}222{r_brace}MgO/Cu is one of the most extensively characterized ceramic/metal interfaces, w...
This research program addresses fundamental questions concerning the relations between atomic struct...
This research program addresses fundamental questions concerning the relationships between atomic st...
This research program focuses on an experimental study of the structure and chemistry of metal/metal...
High Resolution Transmission Electron Microscope (HRTEM) images of an interface between MgO and Cu i...
Epitaxial Cu(001) layers were deposited on MgO(001) substrates by magnetron sputtering and the atomi...
37th International Conference on Metallurgical Coatings and Thin Films, San Diego, CA, APR 26-30, 20...
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 ...
Misfit dislocations at metal-oxide interfaces are studied using HRTEM. By observing misfit dislocati...
This research program addresses fundamental questions concerning the relationships between atomic st...
[[abstract]]Cu/ (11 over-bar 1) MgO and Pd/ (11 over-bar 1) MgO interfaces with a cube-on-cube relat...
Misfit dislocation networks at Cu-MgO and Cu-MnO {111}metal//{111} oxide interfaces were studied wit...
Physicochemical interactions at Cu-MgO buried interfaces are studied by electron X-ray emission spec...
{l_brace}222{r_brace}MgO/Cu is one of the most extensively characterized ceramic/metal interfaces, i...
{l_brace}222{r_brace}MgO/Cu is one of the most extensively characterized ceramic/metal interfaces, w...
This research program addresses fundamental questions concerning the relations between atomic struct...
This research program addresses fundamental questions concerning the relationships between atomic st...
This research program focuses on an experimental study of the structure and chemistry of metal/metal...
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