The magnetization of a thin Fe film epitaxially grown on GaAs(001)-4 x 6 was studied at different depths from the metal/semiconductor interface using a single layer of Fe0.5Co0.5 as a marker layer through a double-wedge Fe film. By measuring the X-ray magnetic circular dichroism spectroscopy at the L-2.3 of Co, the magnetic response of the film could be sensed at different distances from the interface. Data show a reduction of the magnetization at the interface though the existence of a magnetically "dead" layer is completely ruled out. Moreover, the magnetization was found to be reduced at the Fe film surface
Magnetic properties of epitaxial Fe films on MnPt/Fe(1 0 0) were measured using X-ray magnetic circu...
International audienceFe layers, 3, 6, 10, and 25 nm thick, were epitaxially deposited by ion-beam s...
The magnetism of epitaxial fcc-Fe films deposited on Co(1 0 0) and sandwiched between two Co(1 0 0) ...
The magnetization of a thin Fe film epitaxially grown on GaAs(0 0 1)-4×6 was studied at different de...
Fe(0 0 1) thin films (70 Å) with 57Fe(7.2 Å) tracer layers at the interface were epitaxially grown o...
The magnetism of epitaxial ultrathin films of Fe on ZnSe(001) has been investigated by X-ray magneti...
Recognising that the characterisation of actual interfaces in magnetic multilayer systems will provi...
[EN] In this study, we report experimental results on the structural and magnetic properties of epit...
Element-specific magnetic properties of ultrathin epitaxial Co2FeSi( 110) films were measured using ...
The electronic, magnetic, and structural properties of Fe thin films epitaxially grown on ZnSe(001) ...
The magnetic properties of epitaxial Fe films on GaAs in the range of the first few monolayers have ...
The electronic, magnetic, and structural properties of Fe thin films epitaxially grown on ZnSe(001) ...
The electronic, magnetic, and structural properties of Fe thin films epitaxially grown on ZnSe(001) ...
We grew Fe films on GaAs(100) at similar to 80 K to suppress interface alloying and As outdiffusion,...
Epitaxial bcc Fe has been grown on GaAs(100)-(4×6) at room temperature and studied with in situ magn...
Magnetic properties of epitaxial Fe films on MnPt/Fe(1 0 0) were measured using X-ray magnetic circu...
International audienceFe layers, 3, 6, 10, and 25 nm thick, were epitaxially deposited by ion-beam s...
The magnetism of epitaxial fcc-Fe films deposited on Co(1 0 0) and sandwiched between two Co(1 0 0) ...
The magnetization of a thin Fe film epitaxially grown on GaAs(0 0 1)-4×6 was studied at different de...
Fe(0 0 1) thin films (70 Å) with 57Fe(7.2 Å) tracer layers at the interface were epitaxially grown o...
The magnetism of epitaxial ultrathin films of Fe on ZnSe(001) has been investigated by X-ray magneti...
Recognising that the characterisation of actual interfaces in magnetic multilayer systems will provi...
[EN] In this study, we report experimental results on the structural and magnetic properties of epit...
Element-specific magnetic properties of ultrathin epitaxial Co2FeSi( 110) films were measured using ...
The electronic, magnetic, and structural properties of Fe thin films epitaxially grown on ZnSe(001) ...
The magnetic properties of epitaxial Fe films on GaAs in the range of the first few monolayers have ...
The electronic, magnetic, and structural properties of Fe thin films epitaxially grown on ZnSe(001) ...
The electronic, magnetic, and structural properties of Fe thin films epitaxially grown on ZnSe(001) ...
We grew Fe films on GaAs(100) at similar to 80 K to suppress interface alloying and As outdiffusion,...
Epitaxial bcc Fe has been grown on GaAs(100)-(4×6) at room temperature and studied with in situ magn...
Magnetic properties of epitaxial Fe films on MnPt/Fe(1 0 0) were measured using X-ray magnetic circu...
International audienceFe layers, 3, 6, 10, and 25 nm thick, were epitaxially deposited by ion-beam s...
The magnetism of epitaxial fcc-Fe films deposited on Co(1 0 0) and sandwiched between two Co(1 0 0) ...