Abstract
The results of phase transitions studies in the mixture of C6H16NBr (DIPAB) and PbTiO3 powders and xPbTiO3−(1 − x)C6H16NBr composites for x from 0.05 to 0.45 by the method of differential thermal analysis (DTA) are reported. A comparative analysis of the DTA signal and ε΄(T) composites xPbTiO3−(1 − x)C6H16NBr is presented. It was shown that the addition of lead titanate to C6H16NBr leads to the appearance of new phase transitions both in composites and in powder mixtures.
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