Abstract
The transverse susceptibility was measured in Co86Ti14 ferromagnetic thin films which possess an induced in-plane uniaxial anisotropy, as a function of a dc magnetic field H applied parallel to the hard axis. The susceptibility reaches a sharp maximum when H is close to the value of the anisotropy field HK previously determined. A theoretical model based upon a small deviation of H from the hard axis is developed to evaluate the angular dispersion of HK.
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