Dielectric and thermal properties of diisopropylammonium iodide embedded in nanoporous ceramics BaTiO3
摘要
The thermal and dielectric properties of particles of diisopropylammonium iodide (DIPAI) embedded in nanometer pores of barium titanate ceramics were studied. It was shown that for the particles located in the pores, the phase transition at 105 °C, which is commonly observed in bulk DIPAI samples in a heating process, did not occur. The change in the properties of nanostructured DIPAI is explained by the electrical interactions between the DIPAI particles and the BaTiO3 matrix.
Graphical abstract