Physicochemical interactions at Cu-MgO buried interfaces are studied by electron X-ray emission spectroscopy and compared to results obtained for native interfaces. The atomic arrangement is also determined. The role of the characteristics of the substrate is evidenced. Results suggest that weak or strong interactions can be present at the interfaces
This thesis deals with the atomic structure of interfaces between metals and oxides. A principal fea...
International audienceThe properties of MgO/Ag(001) ultrathin films with substitutional Mg atoms in ...
A coverage-dependent XPS investigation of the early stages of interaction between evaporated Cu and ...
The structure of Cu thin layers deposited on the MgO(0 0 1) surface obtained by cleavage in ultra hi...
High Resolution Transmission Electron Microscope (HRTEM) images of an interface between MgO and Cu i...
In this study, we deposited copper on a MgO(100) surface at room temperature (using a Knudsen cell) ...
This research program addresses fundamental questions concerning the relationships between atomic st...
This research program addresses fundamental questions concerning the relationships between atomic st...
{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...
The chemical bonding of different {111} Cu–MgO interfaces obtained by internal oxidation of (Cu, Mg)...
The deposition of Cu onto SiO2 has been carried out by electron beam evaporation in order to study t...
A comparative study is presented of the electronic and atomic structure of the interactive Cu/Si and...
Three-dimensional atom-probe (3DAP) microscopy has been applied to the study of segregation at ceram...
A coverage-dependent XPS investigation of the early stages of interaction between evaporated Cu and ...
This thesis deals with the atomic structure of interfaces between metals and oxides. A principal fea...
International audienceThe properties of MgO/Ag(001) ultrathin films with substitutional Mg atoms in ...
A coverage-dependent XPS investigation of the early stages of interaction between evaporated Cu and ...
The structure of Cu thin layers deposited on the MgO(0 0 1) surface obtained by cleavage in ultra hi...
High Resolution Transmission Electron Microscope (HRTEM) images of an interface between MgO and Cu i...
In this study, we deposited copper on a MgO(100) surface at room temperature (using a Knudsen cell) ...
This research program addresses fundamental questions concerning the relationships between atomic st...
This research program addresses fundamental questions concerning the relationships between atomic st...
{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...
The chemical bonding of different {111} Cu–MgO interfaces obtained by internal oxidation of (Cu, Mg)...
The deposition of Cu onto SiO2 has been carried out by electron beam evaporation in order to study t...
A comparative study is presented of the electronic and atomic structure of the interactive Cu/Si and...
Three-dimensional atom-probe (3DAP) microscopy has been applied to the study of segregation at ceram...
A coverage-dependent XPS investigation of the early stages of interaction between evaporated Cu and ...
This thesis deals with the atomic structure of interfaces between metals and oxides. A principal fea...
International audienceThe properties of MgO/Ag(001) ultrathin films with substitutional Mg atoms in ...
A coverage-dependent XPS investigation of the early stages of interaction between evaporated Cu and ...