Abstract
Results of measurements of the anisotropic magnetoresistivity (Δϱ/ϱ) for Fe1−xBx amorphous films and of the anomalous Hall effect (ϱH/ϱ) for Fe1−x(B,Zr)x and Co1−x(B,Mo,Zr)x are discussed. The magnetoresistivity effect is explained by a two-current conduction model and the anomalous Hall effect by the side-jump mechanism theory. Small Δϱ/ϱ values and large ϱH/ϱ values in iron-based amorphous alloy films make the Hall effect more useful for application in galvanomagnetic detectors than magnetoresistivity effects.
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