Exchange bias has been observed in Ni81Fe19/Cr bilayers. The exchange bias field for Cr thickness tCr larger than 62 Å increases with tCr and levels off at tCr=150 Å, whereas coercivity increases without saturation. The blocking temperature increases with the Cr thickness. Due to the presence of commensurate spin density waves in the thicker but strained Cr layers, blocking temperature as much as 425 K has been observed. Exchange bias has also been observed in Co/Cr bilayers
Interfaces in magnetically coupled bilayer heterostructures play a vital role in novel spintronics d...
Interfaces in magnetically coupled bilayer heterostructures play a vital role in novel spintronics d...
Shifted hysteresis loops characteristic of the exchange bias effect between a ferromagnet and an ant...
The temperature and cooling-eld dependences of an exchange bias eld in a 4-nm Fe/16.2-nm Cr(100) bil...
We studied the temperature dependence of magnetization and exchange bias in a Pt/Co/Cr/CoO multilaye...
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/...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
\u3cp\u3eWe have investigated the thermal stability of the exchange biasing interaction in antiferro...
Herein, we investigated exchange coupling in PtCr/CoFe, PtCr/PtMn/CoFe, and PtMn/CoFe film structure...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
AbstractThe exchange bias phenomenon in bilayered and trilayered thin films, based on NiFe and IrMn,...
Interfaces in magnetically coupled bilayer heterostructures play a vital role in novel spintronics d...
Interfaces in magnetically coupled bilayer heterostructures play a vital role in novel spintronics d...
Interfaces in magnetically coupled bilayer heterostructures play a vital role in novel spintronics d...
Shifted hysteresis loops characteristic of the exchange bias effect between a ferromagnet and an ant...
The temperature and cooling-eld dependences of an exchange bias eld in a 4-nm Fe/16.2-nm Cr(100) bil...
We studied the temperature dependence of magnetization and exchange bias in a Pt/Co/Cr/CoO multilaye...
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/...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
\u3cp\u3eWe have investigated the thermal stability of the exchange biasing interaction in antiferro...
Herein, we investigated exchange coupling in PtCr/CoFe, PtCr/PtMn/CoFe, and PtMn/CoFe film structure...
We have investigated the thermal stability of the exchange biasing interaction in antiferromagnetic/...
AbstractThe exchange bias phenomenon in bilayered and trilayered thin films, based on NiFe and IrMn,...
Interfaces in magnetically coupled bilayer heterostructures play a vital role in novel spintronics d...
Interfaces in magnetically coupled bilayer heterostructures play a vital role in novel spintronics d...
Interfaces in magnetically coupled bilayer heterostructures play a vital role in novel spintronics d...
Shifted hysteresis loops characteristic of the exchange bias effect between a ferromagnet and an ant...