Abstract
The magnetic properties of M-type barium ferrite are strongly related to the distribution of Fe3+ cation within the crystal structure. In this work, we propose a simple phenomenological model to predict the Fe3+ cation distribution for BaFe12−x Mn x O19 compounds. From the proposed model, it was possible to estimate physical properties such as the theoretical density, the saturation magnetization, and the anisotropic constant. The obtained results were compared with experimental ones extracted from previous reported papers.
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