The alpha'-Fe8N1-x and alpha''-Fe16N2 phases have a high potential of application, because of their uniaxial magnetocrystalline anisotropy and their large saturation magnetization. However, the values announced for these magnetic properties remain a subject of discussion. The research conducted during this PhD thesis was initiated in order to clarify this situation. Sample making consisted mainly of nitrogen ion implantation into alpha-Fe thin films, epitaxially grown on ZnSe/GaAs (001). Among others, the effects of target temperature and fluence on the crystal structure of the samples were analyzed by X-ray diffractometry. The presence of a perpendicular magnetic anisotropy was demonstrated in the thin films containing the alpha'-Fe8N1-x a...
The permanent magnet candidate Fe8N is a metastable bct phase that has an enhanced magnetocrystallin...
Iron nitride Fe8Nx could potentially provide an environmentally friendly and resource-efficient func...
University of Minnesota M.S. dissertation. December 2010. Major: Electrical Engineering. Advisor: Pr...
The alpha'-Fe8N1-x and alpha''-Fe16N2 phases have a high potential of application, because of their ...
Les phases alpha'-Fe8N1-x et alpha''-Fe16N2 ont un fort potentiel d’application, en raison de leur a...
International audienceThe magnetic properties of an iron nitride thin film obtained by ion implantat...
In this thesis we have introduced the study of the Fe1−xGax alloy grown as monocrystalline thin film...
This work concerns the characterization of thin MnAs layers epitaxially grown on GaAs(001) and their...
A systematic XMCD analysis was performed to study the evolution of magnetic moments of overall Fe at...
International audienceFerromagnetic thin films with moderate perpendicular magnetic anisotropy (PMA)...
We have studied the perpendicular magnetic anisotropy resulting from the L10 chemical ordering of Fe...
In this work we report the appearance of a large perpendicular magnetic anisotropy (PMA) in Fe1−xGax...
Thin films of nitrogen-implanted iron (FeN), epitaxially grown on a single crystal of ZnSe/GaAs(001)...
This work deals with the study of the effect of nitrogen ions implantation of iron surfacesCE TRAVAI...
Fe-N films containing the Fe16N2 phase were prepared in a high-vacuum system of ion-beam-assisted de...
The permanent magnet candidate Fe8N is a metastable bct phase that has an enhanced magnetocrystallin...
Iron nitride Fe8Nx could potentially provide an environmentally friendly and resource-efficient func...
University of Minnesota M.S. dissertation. December 2010. Major: Electrical Engineering. Advisor: Pr...
The alpha'-Fe8N1-x and alpha''-Fe16N2 phases have a high potential of application, because of their ...
Les phases alpha'-Fe8N1-x et alpha''-Fe16N2 ont un fort potentiel d’application, en raison de leur a...
International audienceThe magnetic properties of an iron nitride thin film obtained by ion implantat...
In this thesis we have introduced the study of the Fe1−xGax alloy grown as monocrystalline thin film...
This work concerns the characterization of thin MnAs layers epitaxially grown on GaAs(001) and their...
A systematic XMCD analysis was performed to study the evolution of magnetic moments of overall Fe at...
International audienceFerromagnetic thin films with moderate perpendicular magnetic anisotropy (PMA)...
We have studied the perpendicular magnetic anisotropy resulting from the L10 chemical ordering of Fe...
In this work we report the appearance of a large perpendicular magnetic anisotropy (PMA) in Fe1−xGax...
Thin films of nitrogen-implanted iron (FeN), epitaxially grown on a single crystal of ZnSe/GaAs(001)...
This work deals with the study of the effect of nitrogen ions implantation of iron surfacesCE TRAVAI...
Fe-N films containing the Fe16N2 phase were prepared in a high-vacuum system of ion-beam-assisted de...
The permanent magnet candidate Fe8N is a metastable bct phase that has an enhanced magnetocrystallin...
Iron nitride Fe8Nx could potentially provide an environmentally friendly and resource-efficient func...
University of Minnesota M.S. dissertation. December 2010. Major: Electrical Engineering. Advisor: Pr...