Abstract
The method is based on the phenomenon of levitation of a nonmagnetic spherical body immersed in a magnetic fluid situated in a magnetic field characterized by a vertical gradient oriented from top to bottom. This structure of the field has been obtained in a wedge-shaped air gap. Taking into account the levitation condition and the hyperbolic structure of the field, a theoretical formula for the z coordinate was used. The comparison between experimental and theoretical data allow to obtain the magnetic field intensity inside the magnetic fluids.
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