Applied Physics and Mathematics Annotation << Back ELECTRIC FIELD OF ROTATING MAGNETIZED BODY S.A. GERASIMOV Known theoretical approaches to calculation of the electric fi eld created by a rotating magnetized body are quite contradictive. Such contradictions are due to the incorrectness of the fi eld transformations at translations from a rotating frame references to the inertial one. The fi eld transformations seem to be correct when the magnetic fi eld is created by one rotating magnetic dipole. In the inertial frame references, the rotating magnetic dipole is charged and produces the vortex electric fi eld. Only in this case the force acting on a charged particle equals the Lorentz force exerted by the charged particle moving the rotating frame of references in opposite to the direction of the linear velocity. This result enables as to calculate the electric fi eld created by magnetic rotator considered as the volume or the surface with directed infi nitesimal magnetic dipoles. The calculated electric fi eld produced by thin rotating magnetized disk has a number of peculiarities and is essential on the axle of rotation even though the magnetization and angular velocity are parallel. Keywords: rotating system of references, electric field, transformations of fi elds, Lorentz force, magnetic dipole, unipolar induction. Contacts: E-mail: gsim1953@mail.ru Pp. 26-29.