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Previous studies of Barkhausen noise in PZT have been limited to the energyspectrum (slew rate response voltages versus time), showing agreement withavalanche models; in barium titanate other exponents have been measuredacoustically, but only at ambient temperatures. In the present study we reportthe Omori exponent (-0.95$\pm$0.03) for aftershocks in PZT and extend thebarium titanate studies to a wider range of temperature.

journal of physics. condensed matter

Electrical Studies of Barkhausen Switching Noise in Ferroelectric lead  zirconate titanate (PZT) and BaTiO3: Critical Exponents and  Temperature-dependence