The interface states of [NiFe/Mo](30) and [Fe/Mo](30) multilayers have been investigated by x-ray small angle reflection and diffuse scattering. Significant interface roughness correlation was observed in both ultrathin [NiFe/Mo](30) and [Fe/Mo](30) multilayers. An uncorrelated roughness of about 27-3.1 Angstrom was revealed in the [NiPe/Mo](30) multilayers, which is explained as originating from a transition layer between the NiFe and the Mo layers. By the technique of diffuse scattering, it is clearly indicated that the interfacial roughness of NiFe/Mo is much smaller than that of Fe/Mo although the lattice mismatch is the same in both multilayers
The interface structure of epitaxial Fe/Cr multilayers was studied using anomalous X-ray and neutron...
We have studied the interfacial diffusion of Fe/Cr multilayers using synchrotron X-ray techniques, s...
In the present thesis, we study the change in structural properties induced by ion beam irradiation ...
Diffuse x-ray reflectivity intensities mere measured to characterize interface morphologies of Mo/Si...
Conversion Electron Mossbauer Spectroscopy (GEMS) studies were carried out on as deposited and annea...
Prototypes of Ni-C multilayers (up to 40 periods of typically 5 nm thickness) have been prepared by ...
The effect of systematic variation in the correlated interface roughness on perpendicular magnetic a...
A set of Mo/Si periodic multilayers is studied by non-destructive analysis methods. The thickness of...
Meyer DC, Richter K, Wehner B, Reiss G, van Loyen L, Paufler P. Characterization of Ni80Fe20/Cu mult...
Interfaces in $\ab{Fe}(x\ab{ML})/\ab{V}(y\ab{ML})$ multilayers have been examined. Two pairs of sam...
We investigate the influence of the Mo-layer thickness on the EUV reflectance of Mo/Si mirrors with ...
A set of Mo/Si periodic multilayers is studied by non destructive analysis methods. The thickness of...
The interplay between atomic geometry and magnetic properties of Fe atoms at the Fe-Ni(1 1 1) interf...
International audienceWe have tested and validated a non-destructive analysis method of multilayer s...
It is believed that the interfacial structure can significantly affect the magnetic properties of ma...
The interface structure of epitaxial Fe/Cr multilayers was studied using anomalous X-ray and neutron...
We have studied the interfacial diffusion of Fe/Cr multilayers using synchrotron X-ray techniques, s...
In the present thesis, we study the change in structural properties induced by ion beam irradiation ...
Diffuse x-ray reflectivity intensities mere measured to characterize interface morphologies of Mo/Si...
Conversion Electron Mossbauer Spectroscopy (GEMS) studies were carried out on as deposited and annea...
Prototypes of Ni-C multilayers (up to 40 periods of typically 5 nm thickness) have been prepared by ...
The effect of systematic variation in the correlated interface roughness on perpendicular magnetic a...
A set of Mo/Si periodic multilayers is studied by non-destructive analysis methods. The thickness of...
Meyer DC, Richter K, Wehner B, Reiss G, van Loyen L, Paufler P. Characterization of Ni80Fe20/Cu mult...
Interfaces in $\ab{Fe}(x\ab{ML})/\ab{V}(y\ab{ML})$ multilayers have been examined. Two pairs of sam...
We investigate the influence of the Mo-layer thickness on the EUV reflectance of Mo/Si mirrors with ...
A set of Mo/Si periodic multilayers is studied by non destructive analysis methods. The thickness of...
The interplay between atomic geometry and magnetic properties of Fe atoms at the Fe-Ni(1 1 1) interf...
International audienceWe have tested and validated a non-destructive analysis method of multilayer s...
It is believed that the interfacial structure can significantly affect the magnetic properties of ma...
The interface structure of epitaxial Fe/Cr multilayers was studied using anomalous X-ray and neutron...
We have studied the interfacial diffusion of Fe/Cr multilayers using synchrotron X-ray techniques, s...
In the present thesis, we study the change in structural properties induced by ion beam irradiation ...