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Variations of coercive field, induced magnetic anisotropy, and saturation magnetostriction constant in (Co77Si13.5B9.5)90Fe7Nb3 amorphous ribbons submitted to stress and/or axial magnetic-field annealing are reported. The annealing was carried out by using the Joule-heating effect (average temperature values of the sample corresponding to the intensity of the electrical current were 273, 378, 409, and 445°C) and the applied stress and axial magnetic field during the thermal treatments were 500MPa and 750A∕m, respectively. As a result of these treatments, a uniaxial in-plane magnetic anisotropy, which affects drastically the soft magnetic character of the samples, was developed.

Effect of stress and/or field annealing on the magnetic behavior of the (Co77Si13.5B9.5)90Fe7Nb3 amorphous alloy