We have studied the thermal stability of L10 FePt thin films and Fe–FePt exchange-spring (ES) bilayers grown on (1 0 0) MgO by RF sputtering. The viscosity curves showed both for FePt films and bilayers a clear logarithmic decay of magnetization. Moreover, it was possible to evaluate the viscosity coefficient S for different applied reverse fields and the activation volumes at the coercivity. The latter values were then related to structural, magnetic and morphological measurements performed on the samples
The L10 FePt phase belongs to the most promising hard ferromagnetic materials for high density recor...
L10 FePt- and Fe-related alloys such as FePtRh, FeRh and FeRhPd have been studied for the high magne...
We report on the structural, magnetic, and electron transport properties of an L10-ordered epitaxial...
The effect of thermal fluctuations of magnetization on static and dynamic properties is discussed fo...
The angular dependence of hysteresis loops of exchange-spring (ES) bilayers constituted by a Fe laye...
A numerical model has been developed for simulating magnetic domain configurations, remanence, and v...
The demagnetization processes occurring at different angles in Perpendicular Exchange-Spring Fe-FePt...
AbstractWe report on the development of structural and magnetic order in epitaxially grown L10 FePt ...
Thin magnetic multilayered films containing FePt have attracted a lot of attention recently due to t...
Static magnetism and thermally activated magnetic relaxation were investigated in granular FePt film...
This paper presents a detailed study of structure, morphology, and magnetic properties in FePt thinf...
The work in this licentiate is devoted to investigating the epitaxial growth of thin Fe layers on Mg...
The magnetotransport and magnetic properties of chemically ordered (001) L10 FePt epitaxial thin fil...
L10 - chemically ordered FePt thin films with large perpendicular magnetic anisotropy (PMA) of up to...
We investigated magnetic properties and L10 phase formation of FePt films by rapid thermal annealing...
The L10 FePt phase belongs to the most promising hard ferromagnetic materials for high density recor...
L10 FePt- and Fe-related alloys such as FePtRh, FeRh and FeRhPd have been studied for the high magne...
We report on the structural, magnetic, and electron transport properties of an L10-ordered epitaxial...
The effect of thermal fluctuations of magnetization on static and dynamic properties is discussed fo...
The angular dependence of hysteresis loops of exchange-spring (ES) bilayers constituted by a Fe laye...
A numerical model has been developed for simulating magnetic domain configurations, remanence, and v...
The demagnetization processes occurring at different angles in Perpendicular Exchange-Spring Fe-FePt...
AbstractWe report on the development of structural and magnetic order in epitaxially grown L10 FePt ...
Thin magnetic multilayered films containing FePt have attracted a lot of attention recently due to t...
Static magnetism and thermally activated magnetic relaxation were investigated in granular FePt film...
This paper presents a detailed study of structure, morphology, and magnetic properties in FePt thinf...
The work in this licentiate is devoted to investigating the epitaxial growth of thin Fe layers on Mg...
The magnetotransport and magnetic properties of chemically ordered (001) L10 FePt epitaxial thin fil...
L10 - chemically ordered FePt thin films with large perpendicular magnetic anisotropy (PMA) of up to...
We investigated magnetic properties and L10 phase formation of FePt films by rapid thermal annealing...
The L10 FePt phase belongs to the most promising hard ferromagnetic materials for high density recor...
L10 FePt- and Fe-related alloys such as FePtRh, FeRh and FeRhPd have been studied for the high magne...
We report on the structural, magnetic, and electron transport properties of an L10-ordered epitaxial...