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. Author manuscript; available in PMC: 2016 Mar 1.
Published in final edited form as: Mater Sci Eng R Rep. 2015 Mar 1;89:1–48. doi: 10.1016/j.mser.2015.01.002

Table 10.

Principle properties of NBT-based ceramics.

Materials TC [°C] εr d33 [pC N−1] kp Ec [kV cm−1] Dielectric loss Qp-r Ref.
0.94NBT-0.06BT 288 580 125 0.30 - 0.013 - [306]
0.84NBT-0.16KBT - 635 - 0.31 - - 195 [305]
0.80NBT-0.20KBT 280 1030 150 0.27 27 - 109 [305]
NBT-BT-La 273 1651 131 0.24 31 0.046 182 [310]
NBT-BT-Nb - 1614 118 0.20 - 0.046 199 [311]
NBT-BT-Co - 1200 139 0.27 - 0.023 253 [311]
NBT-BT-Ta 273 1861 171 0.33 - 0.058 - [312]
NBT-BT-La-Nb - 1664 135 0.19 - 0.044 127 [311]
NBT-BT-La-Co - 1284 127 0.25 - 0.021 263 [311]
NBT-BT-Ca-Mn 278 1137 179 0.37 28 0.025 170 [313]
NBT-BT-Ce-La 285 831 162 - 38 0.020 - [314]
NBT-KBT-BT-Co 285 580 128 0.22 34 0.010 620 [308]
NBT-KBT-LBT-Mn 272 - - 0.23 - 0.035 700 (Qp-r); 400 (Q33-r) [307]