This review is a collection of twelve original papers concerning growth and interface modification in the Co/Cu system. Most of this research has been carried out in the Laboratory of Surface and Thin Film Physics at the Institute of Nuclear Physics. The Laboratory was created by the author of this review in 1996 in strong collaboration with the Institute of Nuclear Physics Wilhelms-Universität in Münster, Germany and th
The study of phase transformations involves making assumptions about interfaces within a material in...
Après un chapitre d’introduction à propos des alliages métalliques complexes et leurs surfaces, le m...
In this work, we have studied the effect of the electrolyte temperature on the compositional, struct...
The interfacial structure of Co/Cu multilayers deposited under energetic ion bombardment has been in...
The surface morphology of fee Co(110) films deposited on Cu(110) using oxygen as a surfactant is cha...
We have examined bilayer Co/Cu, Fe/Cu, and Ni/Cu films deposited by molecular‐beam epitaxy on hydrog...
Three-dimensional atom probe analyses of the interfaces between CoFe and Cu layers has shown that bo...
I have investigated the influence of an ultra-thin Au interface layer on the magnetic anisotropy of ...
212 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1998.In the growth of Cu and Co bi...
The nanostructure and local strain of [111] fcc Co/Cu multilayers are studied by means of nuclear ma...
The epitaxial thin-film growth of Co on Cu substrates has been studied extensively during the last y...
Ultrathin films of Cobalt, Iron and Manganese have been thermally evaporated onto an fcc Copper (111...
When the thickness of a magnetic layer is comparable to (or smaller than) the electron mean free pat...
In the broad scientific field of thin films, applications have rapidly expanded since the second hal...
Novel copper-cobalt oxide thin films with different copper/cobalt molar ratios, namely, [Cu]/[Co] = ...
The study of phase transformations involves making assumptions about interfaces within a material in...
Après un chapitre d’introduction à propos des alliages métalliques complexes et leurs surfaces, le m...
In this work, we have studied the effect of the electrolyte temperature on the compositional, struct...
The interfacial structure of Co/Cu multilayers deposited under energetic ion bombardment has been in...
The surface morphology of fee Co(110) films deposited on Cu(110) using oxygen as a surfactant is cha...
We have examined bilayer Co/Cu, Fe/Cu, and Ni/Cu films deposited by molecular‐beam epitaxy on hydrog...
Three-dimensional atom probe analyses of the interfaces between CoFe and Cu layers has shown that bo...
I have investigated the influence of an ultra-thin Au interface layer on the magnetic anisotropy of ...
212 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1998.In the growth of Cu and Co bi...
The nanostructure and local strain of [111] fcc Co/Cu multilayers are studied by means of nuclear ma...
The epitaxial thin-film growth of Co on Cu substrates has been studied extensively during the last y...
Ultrathin films of Cobalt, Iron and Manganese have been thermally evaporated onto an fcc Copper (111...
When the thickness of a magnetic layer is comparable to (or smaller than) the electron mean free pat...
In the broad scientific field of thin films, applications have rapidly expanded since the second hal...
Novel copper-cobalt oxide thin films with different copper/cobalt molar ratios, namely, [Cu]/[Co] = ...
The study of phase transformations involves making assumptions about interfaces within a material in...
Après un chapitre d’introduction à propos des alliages métalliques complexes et leurs surfaces, le m...
In this work, we have studied the effect of the electrolyte temperature on the compositional, struct...