Nous avons étudié par LEED, par microscopie électronique (TME) et par l'effet Mössbauer des électrons de conversion (CEMS) des couches minces épitaxiques de Fe/Cu et Cu/Fe/Cu déposées sur substrats de (100) NaCl dans 1'ultravide (UHV). Des films (fcc) γ-Fe (100) paramagnétiques ont été observés. Les résultats CEMS montrent que la densité des électrons s au noyau du 57Fe décroît lorsque l'épaisseur du film de fer décroît ; ceci est probablement dû à une dilatation du réseau au voisinage de l'interface Fe/Cu.Epitaxial Fe/Cu- and Cu/Fe/Cu-thin film layers prepared on (100)NaCl substrates by vapor deposition in UHV have been investigated by LEED, transmission electron microscopy (TEM) and conversion electron Mössbauer spectroscopy (CEMS). Param...
Using photoelectron diffraction in the scanned energy mode we have investigated the structure of ult...
Microstructural development of Fe and Cu in Cu/Fe multilayers of layer thickness 1.5-10 nm prepared ...
7 págs.; 11 figs.; PACS number s : 73.20. r, 71.20. b, 71.15.Mb, 68.37.EfThe electronic structure of...
A clear understanding of the mechanisms of interfacial magnetic anisotropy rests on the structural c...
Epitaxial growth of thin films allows to stabilize structural phases different from the bulk materia...
The structural and magnetic properties of Diamagnetic/Ferromagnetic: Cu/Fe multilayers, prepared by ...
Investigation of the structure of ultra-thin films of Fe on Cu(111) using medium-energy ion scatteri...
Using photoelectron diffraction in the scanned-energy mode we show that at 300 K iron grows pseudomo...
Les facteurs structuraux et électroniques qui contribuent au magnétisme de surface du fer ont été ét...
The growth mode, the crystallographic structure, and the magnetic properties of ultrathin iron films...
The structural and magnetic properties of Fe films grown by molecular beam epitaxy on Cu3Au(001) and...
SIGLEAvailable from British Library Document Supply Centre- DSC:D061950 / BLDSC - British Library Do...
The atomic geometry and growth mechanism of Fe films (0.5-20 monolayers (ML)) epitaxially grown on N...
Ultrathin Fe and Mn films were deposited on single crystal substrates to investigate the correlation...
A continuous fcc-to-bcc crystallographic transition via a homogeneous tetragonal lattice deformation...
Using photoelectron diffraction in the scanned energy mode we have investigated the structure of ult...
Microstructural development of Fe and Cu in Cu/Fe multilayers of layer thickness 1.5-10 nm prepared ...
7 págs.; 11 figs.; PACS number s : 73.20. r, 71.20. b, 71.15.Mb, 68.37.EfThe electronic structure of...
A clear understanding of the mechanisms of interfacial magnetic anisotropy rests on the structural c...
Epitaxial growth of thin films allows to stabilize structural phases different from the bulk materia...
The structural and magnetic properties of Diamagnetic/Ferromagnetic: Cu/Fe multilayers, prepared by ...
Investigation of the structure of ultra-thin films of Fe on Cu(111) using medium-energy ion scatteri...
Using photoelectron diffraction in the scanned-energy mode we show that at 300 K iron grows pseudomo...
Les facteurs structuraux et électroniques qui contribuent au magnétisme de surface du fer ont été ét...
The growth mode, the crystallographic structure, and the magnetic properties of ultrathin iron films...
The structural and magnetic properties of Fe films grown by molecular beam epitaxy on Cu3Au(001) and...
SIGLEAvailable from British Library Document Supply Centre- DSC:D061950 / BLDSC - British Library Do...
The atomic geometry and growth mechanism of Fe films (0.5-20 monolayers (ML)) epitaxially grown on N...
Ultrathin Fe and Mn films were deposited on single crystal substrates to investigate the correlation...
A continuous fcc-to-bcc crystallographic transition via a homogeneous tetragonal lattice deformation...
Using photoelectron diffraction in the scanned energy mode we have investigated the structure of ult...
Microstructural development of Fe and Cu in Cu/Fe multilayers of layer thickness 1.5-10 nm prepared ...
7 págs.; 11 figs.; PACS number s : 73.20. r, 71.20. b, 71.15.Mb, 68.37.EfThe electronic structure of...