International audienceWe present magnetization and Kerr microscopy measurements of the exchange-bias training effect in hard/ soft, Tb 12 Fe 88 /Gd 40 Fe 60 , bilayers. These experimental results, compared with micromagnetic simulations, un-ambiguously show the role of the soft GdFe layer reversal on irreversible magnetic changes in the hard TbFe layer. After a partial reversal of the GdFe magnetization layer, the next field cycle exhibits a double hysteresis loop which is due to the existence of two types of domains in the sample, and only one of these domains has been subject to the training effect. The antiferromagnetically interfacial coupling and positive exchange-bias shift permit us to exclude any direct contribution from the magneti...
International audienceThe magnetization profile that forms in the soft part of an exchange-coupled h...
The influence of the antiferromagnetic thickness and dilution on the training effect is investigated...
International audienceA study of exchange bias phenomenon in ferrimagnetic /ferromagnetic FeGd/ FeSn...
International audiencePolarized neutron reflectivity (PNR) is used to obtain the magnetic depth prof...
Exchange coupled bilayers of soft and hard ferromagnetic thin films show remarkable analogies to con...
For polycrystalline NiFe/FeMn bilayers, we have observed and quantified the rotation of the pinning ...
WOS: 000347711600015Hysteresis loops of the nanoscale magnetic layer Co90Fe10 and Ni81Fe19 and bilay...
The temperature dependence of the training effect is studied in an exchange coupled thin-film bilaye...
International audienceThis work is dedicated to the study of magnetization reversal processes in a f...
The temperature dependence of the training effect is studied in an exchange coupled thin-film bilaye...
For FeCr/IrMn bilayers, the exchange bias training effect and the magnetization reversal m...
The study of exchange coupled amorphous ferrimagnetic/ferrimagnetic bilayers was made possible thank...
Exchange bias in coupled magnetic thin films and its accompanying training effect are fundamental in...
For polycrystalline NiFe/FeMn bilayers, we have observed and quantified the rotation of the pinning ...
Interfaces in magnetically coupled bilayer heterostructures play a vital role in novel spintronics d...
International audienceThe magnetization profile that forms in the soft part of an exchange-coupled h...
The influence of the antiferromagnetic thickness and dilution on the training effect is investigated...
International audienceA study of exchange bias phenomenon in ferrimagnetic /ferromagnetic FeGd/ FeSn...
International audiencePolarized neutron reflectivity (PNR) is used to obtain the magnetic depth prof...
Exchange coupled bilayers of soft and hard ferromagnetic thin films show remarkable analogies to con...
For polycrystalline NiFe/FeMn bilayers, we have observed and quantified the rotation of the pinning ...
WOS: 000347711600015Hysteresis loops of the nanoscale magnetic layer Co90Fe10 and Ni81Fe19 and bilay...
The temperature dependence of the training effect is studied in an exchange coupled thin-film bilaye...
International audienceThis work is dedicated to the study of magnetization reversal processes in a f...
The temperature dependence of the training effect is studied in an exchange coupled thin-film bilaye...
For FeCr/IrMn bilayers, the exchange bias training effect and the magnetization reversal m...
The study of exchange coupled amorphous ferrimagnetic/ferrimagnetic bilayers was made possible thank...
Exchange bias in coupled magnetic thin films and its accompanying training effect are fundamental in...
For polycrystalline NiFe/FeMn bilayers, we have observed and quantified the rotation of the pinning ...
Interfaces in magnetically coupled bilayer heterostructures play a vital role in novel spintronics d...
International audienceThe magnetization profile that forms in the soft part of an exchange-coupled h...
The influence of the antiferromagnetic thickness and dilution on the training effect is investigated...
International audienceA study of exchange bias phenomenon in ferrimagnetic /ferromagnetic FeGd/ FeSn...