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The magnetic stability of a multilayer system formed by $N $ slabs separated by nonmagnetic spacers has been studied, emphasizing the role of dipolar interactions among magnetic slabs. By means of numerical and analytical calculations, we have identified a regime in which the magnetic slabs behave independently, i.e., a critical thickness of the spacer at which dipolar interactions can be safely...
The magnetic properties of a thin film consisting of an exchange-coupled $[\text{Co/Ni}]_{\text{2}}/\text{NiFe}$ multilayer have been studied as a function of the NiFe thickness by using Monte Carlo modeling and compared with experimental results of $[\text{Co/Ni}]_{\text{4}}/\text{Co/NiFe}$ multilayers. Both modeling and experiment showed that the NiFe thickness controls the effective anisotropy...
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