Abstract
The planar magnetoresistivity anisotropy and the planar Hall effect in nickel single-crystal films have been explained successfully by using a phenomenological equation in a tensor form. The anisotropy constants defined for this equation are directly related to the planar measurements and can be used as parameters for making relative comparisons in the study of the magnetoresistivity anisotropy effects. It is demonstrated that these effects in ferromagnetic crystals can be studied by measurements on single-crystal films.
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