Abstract
Measurements of ceramic BaTiO 3 dielectric constant versus temperature as a function of pile irradiation showed modification of the Curie-point transition. In the case of commercially pure ceramic BaTiO 3 there was a depression of the dielectric-constant peak with little modification of the room-temperature dielectric constant. Ceramics made with additives showed a shift of the Curie point as well as a depression of the dielectric-constant peak. Material that had been exposed to an integrated pile dosage of 1 × 10 18 nvt would not support reversible dielectric polarization.
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