Abstract
The relaxation behavior of the domain structure of a Rochelle salt crystal during its repolarization by a static electric field was studied over a wide temperature range (from −18 to +24°C). The field and temperature dependences of the relaxation time are found. It is shown that the difference between the activation energies determined far from and near the lower and upper phase transition points is due to the different mechanisms of interaction between domain boundaries and defects.
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