[[abstract]]A magnetoresistive (MR) device includes a synthetic antiferromagnetic (AFM) layer having an Fe/FeSi/Fe construction. A first Fe layer of the synthetic AFM layer has a magnetization substantially in a first direction, while a second Fe layer of the synthetic AFM layer has a magnetization substantially in a second direction that is substantially antiparallel to the first direction. The magnetoresistive device can be a spin valve in which a first surface of the synthetic AFM layer is adjacent to a pinning layer, and a second surface of the synthetic AFM layer is adjacent to a spacer layer. Further, the spin valve includes a free layer that overlies the spacer, thereby being separated from the synthetic AFM layer by the spacer. The ...
[[abstract]]An Spin Dependent Tumelina SDT read sensor includes a first ferromagnetic (FM) layer and...
Magnetoelectronic multilayer devices are widely used in today’s information and sensor technology. T...
Present work deals with methods for creating opposite pinning directions in micro-objects based on a...
[[abstract]]A stable pinned structure for a magnetoresistive sensor includes a pair of ferromagnetic...
THESIS 7800The discovery of giant magnetoresistance (GMR) in the late 1980\u27s resulted in massive ...
We present a micromagnetic simulation for detection of magnetic labels modulated by an ac magnetic f...
To control the angle between magnetizations in two adjacent ferromagnetic layers without using a rot...
Structure, magnetic and magnetoresistive properties of spin valves with Ni-Fe-Mn antiferromagnet as ...
Spintronic and nanomagnetic devices often derive their functionality from layers of different materi...
The magnetoresistive properties of pinned spin valves (SV) and their roles in low-field sensing appl...
The multilayer film in which Giant Magneto Resistive effect(GMR)is called the spin valve which has l...
We have fabricated strain-sensitive spin valves on flexible substrates by utilizing the large magnet...
The ways of realization of two different schemes of a spin valve for the superconducting current on ...
A magnetic recording medium having a first magnetic layer, a spacer layer, and a second magnetic lay...
The magnetic properties of synthetic antiferromagnetic Si(100)/Ta (5 nm)/Co(t(1))/Ru (0.65 nm)/Co(t(...
[[abstract]]An Spin Dependent Tumelina SDT read sensor includes a first ferromagnetic (FM) layer and...
Magnetoelectronic multilayer devices are widely used in today’s information and sensor technology. T...
Present work deals with methods for creating opposite pinning directions in micro-objects based on a...
[[abstract]]A stable pinned structure for a magnetoresistive sensor includes a pair of ferromagnetic...
THESIS 7800The discovery of giant magnetoresistance (GMR) in the late 1980\u27s resulted in massive ...
We present a micromagnetic simulation for detection of magnetic labels modulated by an ac magnetic f...
To control the angle between magnetizations in two adjacent ferromagnetic layers without using a rot...
Structure, magnetic and magnetoresistive properties of spin valves with Ni-Fe-Mn antiferromagnet as ...
Spintronic and nanomagnetic devices often derive their functionality from layers of different materi...
The magnetoresistive properties of pinned spin valves (SV) and their roles in low-field sensing appl...
The multilayer film in which Giant Magneto Resistive effect(GMR)is called the spin valve which has l...
We have fabricated strain-sensitive spin valves on flexible substrates by utilizing the large magnet...
The ways of realization of two different schemes of a spin valve for the superconducting current on ...
A magnetic recording medium having a first magnetic layer, a spacer layer, and a second magnetic lay...
The magnetic properties of synthetic antiferromagnetic Si(100)/Ta (5 nm)/Co(t(1))/Ru (0.65 nm)/Co(t(...
[[abstract]]An Spin Dependent Tumelina SDT read sensor includes a first ferromagnetic (FM) layer and...
Magnetoelectronic multilayer devices are widely used in today’s information and sensor technology. T...
Present work deals with methods for creating opposite pinning directions in micro-objects based on a...