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BaTiO 3  properties can be enhanced to improve capacitor energy storage density through electric-field (E) dipole engineering at the nanoscale (E-DENS).E-DENS allows engineers to modify the internalEthrough dipole interactions.E-DENS of Ba[(Y 3+ ,Ta 5+ ) x Ti 1-2x ]O 3  with 0.0000 ≤ x ≤ 0.0500 are investigated by substituting Y 3+ -Ta 5+  dipole pairs for Ti 4+ -Ti 4+  non-dipolar pairs within the BaTiO 3  structure. The Y 3+  and Ta 5+  ions are more polarizable than Ti 4+  and are expected to increase the temperature at which the material becomes cubic and paraelectric. Room temperature XRD, UV-Vis-NIR, LCR, and resistivity analysis have been used to characterize Ba[(Y 3+ ,Ta 5+ ) x Ti 1-2x ]O 3  with 0.0000 ≤ x ≤ 0.0500.

Nanoscale engineering of BaTiO 3 using Y 3+ -Ta 5+ dipoles