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We present findings related to the effect of long-range fields on the Barkhausen effect. The results show an internal demagnetizing effect that comes from the magnetic long-range interactions. This demagnetizing effect induces the appearance of a magnetic pattern in the region of magnetic avalanches. The produced magnetic pattern represents long three-dimensional branches located either parallel or diagonal to the applied field. The current model also reveals the presence of three different magnetization stages, in coincidence with previous experimental reports. The simulations of Barkhausen effect using long-range field is performed using a method that includes dipole-dipole interactions with boundary conditions. Finally, we analyze the critical exponents of the simulated Barkhausen jumps.
Physical Review B – American Physical Society (APS)
Published: Jul 1, 2007
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