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In inhomogeneous bulk ferromagnets, the dominating sources of spin disorderare related to spatial variations of (i) the magnitude of the local saturationmagnetization and of (ii) the magnitude and/or direction of the magneticanisotropy field. For the particular example of a porous ferromagnet, where themagnetization inhomogeneity is at maximum, we demonstrate, by means ofexperimental neutron scattering data and micromagnetic simulations, theanisotropic character of magnetization fluctuations induced by the dipolarinteraction.

Dipolar spin-misalignment correlations in inhomogeneous magnets: comparison between neutron scattering and micromagnetic approaches