Highly textured (001) FePt:C nanocomposite thin films, deposited directly on thermally oxidized Si wafers, are obtained by multilayer deposition plus subsequent thermal annealing. Nanostructures, crystalline orientations, interactions, and magnetic properties are investigated by transmission electron microscopy (TEM), X-ray diffraction (XRD), magnetic force microscopy, and magnetic measurements. The formation of the ordered L10 phase is confirmed by XRD, and only visible (00 ) peaks indicate a high degree of the (001) texture. TEM observation reveals that FePt grains are embedded in the C matrix and appear to be well isolated
A noneptaxially grown double-layered thin-film medium of nanocompsite FePt:C with a FeCoNi soft unde...
Nonepitaxial FePt: X films (X =Cu,Au,CuAu) with tunable magnetic properties are fabricated and inves...
AbstractWe report a systematic investigation of temperature dependent magnetic properties of FePt si...
Highly textured (001) FePt:C nanocomposite thin films, deposited directly on thermally oxidized Si w...
Highly textured (001) FePt:C nanocomposite thin films, deposited directly on thermally oxidized Si w...
Highly textured (001) FePt:C nanocomposite thin films, deposited directly on thermally oxidized Si w...
FePt films and FePt-based nano-composite films with the high-anisotropy L10 ordered phase have been ...
FePt films and FePt-based nano-composite films with the high-anisotropy L10 ordered phase have been ...
FePt films and FePt-based nano-composite films with the high-anisotropy L10 ordered phase have been ...
FePt films and FePt-based nano-composite films with the high-anisotropy L10 ordered phase have been ...
We report on nonepitaxially grown L10 Cu-alloyed FePt thin films with strong (001) texture. The FePt...
We report on nonepitaxially grown L10 Cu-alloyed FePt thin films with strong (001) texture. The FePt...
Magnetic properties and nanostructure of FePt : C cluster-deposited films with C volume fraction of ...
Magnetic properties and nanostructure of FePt : C cluster-deposited films with C volume fraction of ...
A noneptaxially grown double-layered thin-film medium of nanocompsite FePt:C with a FeCoNi soft unde...
A noneptaxially grown double-layered thin-film medium of nanocompsite FePt:C with a FeCoNi soft unde...
Nonepitaxial FePt: X films (X =Cu,Au,CuAu) with tunable magnetic properties are fabricated and inves...
AbstractWe report a systematic investigation of temperature dependent magnetic properties of FePt si...
Highly textured (001) FePt:C nanocomposite thin films, deposited directly on thermally oxidized Si w...
Highly textured (001) FePt:C nanocomposite thin films, deposited directly on thermally oxidized Si w...
Highly textured (001) FePt:C nanocomposite thin films, deposited directly on thermally oxidized Si w...
FePt films and FePt-based nano-composite films with the high-anisotropy L10 ordered phase have been ...
FePt films and FePt-based nano-composite films with the high-anisotropy L10 ordered phase have been ...
FePt films and FePt-based nano-composite films with the high-anisotropy L10 ordered phase have been ...
FePt films and FePt-based nano-composite films with the high-anisotropy L10 ordered phase have been ...
We report on nonepitaxially grown L10 Cu-alloyed FePt thin films with strong (001) texture. The FePt...
We report on nonepitaxially grown L10 Cu-alloyed FePt thin films with strong (001) texture. The FePt...
Magnetic properties and nanostructure of FePt : C cluster-deposited films with C volume fraction of ...
Magnetic properties and nanostructure of FePt : C cluster-deposited films with C volume fraction of ...
A noneptaxially grown double-layered thin-film medium of nanocompsite FePt:C with a FeCoNi soft unde...
A noneptaxially grown double-layered thin-film medium of nanocompsite FePt:C with a FeCoNi soft unde...
Nonepitaxial FePt: X films (X =Cu,Au,CuAu) with tunable magnetic properties are fabricated and inves...
AbstractWe report a systematic investigation of temperature dependent magnetic properties of FePt si...