AbstractThe exchange bias phenomenon in bilayered and trilayered thin films, based on NiFe and IrMn, was studied. The exchange bias and coercivity fields dependences on the antiferromagnetic layer thickness were obtained. It was shown that 6 nm of IrMn is a critical thickness for the exchange bias appearance. Largest value of the exchange bias is found to be for NiFe/IrMn/NiFe sample with 10nm thickness of antiferromagnetic layer
A micromagnetic model of an exchange bias bilayer is used to examine the impact of the physical stru...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
Exchange bias has been observed in Ni81Fe19/Cr bilayers. The exchange bias field for Cr thickness tC...
AbstractThe exchange bias phenomenon in bilayered and trilayered thin films, based on NiFe and IrMn,...
AbstractThe influence of the antiferromagnetic layer thickness on the magnetic properties of the tri...
AbstractThe influence of the antiferromagnetic layer thickness on the magnetic properties of the tri...
Magnetic properties of ferromagnetic/antiferromagnetic thin-films structures for spin-valve applicat...
A trilayer system consisting of an IrMn layer exchanged coupled to two CoFe layers of equal thicknes...
Trilayer films consisting of ferromagnetic NiFe, nonmagnetic Cu or Ru, and antiferromagnetic FeMn la...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
Domain processes associated with exchange bias in ferromagnetic/antiferromagnetic layers are investi...
Antiferromagnetic spintronic devices have the potential to greatly outperform conventional ferromagn...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
A systematic study of the dependence of exchange coupling in NiFe/CoO bilayers on CoO layer thicknes...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
A micromagnetic model of an exchange bias bilayer is used to examine the impact of the physical stru...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
Exchange bias has been observed in Ni81Fe19/Cr bilayers. The exchange bias field for Cr thickness tC...
AbstractThe exchange bias phenomenon in bilayered and trilayered thin films, based on NiFe and IrMn,...
AbstractThe influence of the antiferromagnetic layer thickness on the magnetic properties of the tri...
AbstractThe influence of the antiferromagnetic layer thickness on the magnetic properties of the tri...
Magnetic properties of ferromagnetic/antiferromagnetic thin-films structures for spin-valve applicat...
A trilayer system consisting of an IrMn layer exchanged coupled to two CoFe layers of equal thicknes...
Trilayer films consisting of ferromagnetic NiFe, nonmagnetic Cu or Ru, and antiferromagnetic FeMn la...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
Domain processes associated with exchange bias in ferromagnetic/antiferromagnetic layers are investi...
Antiferromagnetic spintronic devices have the potential to greatly outperform conventional ferromagn...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
A systematic study of the dependence of exchange coupling in NiFe/CoO bilayers on CoO layer thicknes...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
A micromagnetic model of an exchange bias bilayer is used to examine the impact of the physical stru...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
Exchange bias has been observed in Ni81Fe19/Cr bilayers. The exchange bias field for Cr thickness tC...