ESR experiments on CoFeB-Al2O3 nanogranular composites demonstrate that the intensity of the double-quantum resonance peak correlates with granule size and anisotropy, supporting a giant-spin model with surface-origin anisotropy.
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Effect of granules anisotropy on "double quantum" magnetic resonance excitation in nanogranular composites
ESR experiments on CoFeB-Al2O3 nanogranular composites demonstrate that the intensity of the double-quantum resonance peak correlates with granule size and anisotropy, supporting a giant-spin model with surface-origin anisotropy.