Abstract

The polarization reversal in SbSI single crystals under the action of bipolar triangular and rectangular pulses has been investigated in the low frequency range (10-3 to 10-1 Hz). It is established that while reversing polarization by retangular bipolar pulses the polarization processes are observed along with the processes of polydomainization in the whole range of frequencies investigated. By the method of dynamic pyroeffect it is shown that polydomainization occurs in samples with a structure of encountering domains. In the course of polarization reversal under the action of bipolar triangular pulses there exists a frequency below which the polydomainization is not observed. For different samples these frequencies fall inside the range of 10-2-10-3 Hz. Experimental evidence obtained enables a possible mechanism of the polydomainization effect to be developed.

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