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At zero magnetic field we have observed an electromagnetic radiation fromsuperconductors subjected by a transverse elastic wave. This radiation has aninertial origin, and is a manifestation of the acoustic Stewart-Tolman effect.The effect is used for implementing a method of measurement of an effectiveMagnus force in type II superconductors. The method does not require the fluxflow regime and allows to investigate this force for almost the whole range ofthe existence of the mixed state. We have studied behavior of the gyroscopicforce in nonmagnetic borocarbides and Nb. It is found that in borocarbides thesign of the gyroscopic force in the mixed state is the same as in the normalstate, and its value (counted for one vortex of unit length) has only a weakdependence on the magnetic field. In Nb the change of sign of the gyroscopicforce under the transition from the normal to the mixed state is observed.Comment: 4 pages, 5 figure

Magnus force and acoustic Stewart-Tolman effect in type-II superconductors