Origin and tailoring of the antiferromagnetic domain structure in αα-Fe2_2O3_3 thin films unraveled by statistical analysis of dichroic spectro-microscopy (X-PEEM) images

preprint2011arXivOpen access

Abstract

The magnetic microstructure and domain wall distribution of antiferromagnetic αα-Fe2_2O3_3 epitaxial layers is determined by statistical image analyses. Using dichroic spectro-microscopy images, we demonstrate that the domain structure is statistically invariant with thickness and that the antiferromagnetic domain structure of the thin films is inherited from the ferrimagnetic precursor layer one, even after complete transformation into antiferromagnetic αα-Fe2_2O3_3. We show that modifying the magnetic domain structure of the precursor layer is a genuine way to tune the magnetic domain structure and domain walls of the antiferromagnetic layers.

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