Dielectric and piezoelectric studies of perovskite–tungsten bronze structured (1−x)PLZT–xPBBiN nanoceramic composites by high-energy mechanical activation technique

Synthesis and characterizations of (1-Φ) (NBT-BT)-ΦSB ex T ceramics for NVRAM applications

“…%) ferroelectric ceramic samples. It is observed that ε r decreases gradually with the increase of SB ex T content, which may be due to increase of multiple cationic arrangements in (1-ϕ)(NBT-BT)-ϕSB ex T ceramic samples [25].…”

Structural, dielectric and ferroelectric study of (1−ϕ)(NBT–KNN)–ϕSBexT ceramics

“…For ϕ¼16 wt% ceramic samples there is no clear distinction between T d and T m . With the increase of SB ex T content in the (1 À ϕ)(NBT-KNN)-ϕSB ex T ceramic samples, value of ε r at RT as well as at T m decreases, which suggest the increase of multiple cationic arrangements [18]. Dielectric properties of a ferroelectric system are related to its grain-size distribution.…”

Composition‐dependent microstructure and electrical property of (1−x)SBN‐xBNBT solid solutions

“…There are a few attempts on synthesizing solid solutions with end members from different families, for example, solid solution synthesized from perovskite and tungsten bronze oxides. However, the sample showed composite structure 23,24 . The solid solutions from tungsten bronze and perovskite oxides can be realized only if the end members are carefully chosen.…”