The interface magnetic and electronic properties of two Fe/III-V semiconductor systems, namely Fe/GaAs and Fe/InAs, grown at room temperature have been studied. A "magnetic interface", which is essential for the fabrication of magneto-electronic (ME) devices, was realized in both Fe/GaAs and Fe/InAs systems with suitable substrate processing and growth conditions. Furthermore, Fe/InAs was shown to have favorable interface electronic properties as Fe forms a low resistance ohmic contact on InAs. Two prototypes of ME device based on Fe/InAs are also discussed
The 49th Magnetism & Magnetic Materials conference in Jacksonville, Florida, in November covered bas...
The magnetic moments of ultrathin Fe films on three different III-V semiconductor substrates, namely...
The III-V ferromagnetic semiconductor Gallium Manganese Arsenide ((Ga,Mn)As) is one of the most inte...
Ferromagnet-semiconductor heterostructures are promising materials for the integration of magnetic o...
We report the experimental results of Fe and Fe3O4 nanostructures on GaAs(100) surfaces and hybrid F...
The growth and interface magnetic properties of epitaxial Fe films grown on InAs (100)-4 x 2 have be...
Recognising that the characterisation of actual interfaces in magnetic multilayer systems will provi...
In the present thesis, the properties at ferromagnet/semiconductor interfaces, relevant for semicond...
Ferromagnet-semiconductor heterostructures are promising materials for the integration of magnetic o...
Half a century of magnetic data storage has changed the world. A constantly increasing storage densi...
We investigated the transport properties of ferromagnetic/semiconductor hybrid structures utilizing ...
We report the experimental results of Fe and Fe3O4 nanostructures on GaAs(100) surfaces and hybrid F...
Circularly polarized light was used to excite electrons with a spin polarization perpendicular to th...
An optimized heterostructure design and an optimized surface sputter-cleaning procedure allow thegro...
Understanding magnetism in ferromagnetic metal/semiconductor (FM/SC) heterostructures is important t...
The 49th Magnetism & Magnetic Materials conference in Jacksonville, Florida, in November covered bas...
The magnetic moments of ultrathin Fe films on three different III-V semiconductor substrates, namely...
The III-V ferromagnetic semiconductor Gallium Manganese Arsenide ((Ga,Mn)As) is one of the most inte...
Ferromagnet-semiconductor heterostructures are promising materials for the integration of magnetic o...
We report the experimental results of Fe and Fe3O4 nanostructures on GaAs(100) surfaces and hybrid F...
The growth and interface magnetic properties of epitaxial Fe films grown on InAs (100)-4 x 2 have be...
Recognising that the characterisation of actual interfaces in magnetic multilayer systems will provi...
In the present thesis, the properties at ferromagnet/semiconductor interfaces, relevant for semicond...
Ferromagnet-semiconductor heterostructures are promising materials for the integration of magnetic o...
Half a century of magnetic data storage has changed the world. A constantly increasing storage densi...
We investigated the transport properties of ferromagnetic/semiconductor hybrid structures utilizing ...
We report the experimental results of Fe and Fe3O4 nanostructures on GaAs(100) surfaces and hybrid F...
Circularly polarized light was used to excite electrons with a spin polarization perpendicular to th...
An optimized heterostructure design and an optimized surface sputter-cleaning procedure allow thegro...
Understanding magnetism in ferromagnetic metal/semiconductor (FM/SC) heterostructures is important t...
The 49th Magnetism & Magnetic Materials conference in Jacksonville, Florida, in November covered bas...
The magnetic moments of ultrathin Fe films on three different III-V semiconductor substrates, namely...
The III-V ferromagnetic semiconductor Gallium Manganese Arsenide ((Ga,Mn)As) is one of the most inte...