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- Q16835453 subject Q8302180.
- Q16835453 abstract "Aurivillius phases are a form of perovskite represented by the general formulae is (Bi2O2)(An−1BnO3n+1) (where A is a large 12 co-ordinate cation, and B is a small 6 co-ordinate cation). Basically, their structure is built by alternating layers of [Bi2O2]2+ and pseudo-perovskite blocks, with perovskite layers that are n octahedral layers in thickness. This crystal structure was first described in 1949 by B. Aurivillius. The first interest in Aurivillius phases arose from the observation of ferroelectricity even for the simplest member, Bi2WO6 (n=1) of this crystallographic family. The Mo-homologous Aurivillius phase Bi2MoO6 was recently investigated as a potential LTCC material. Their oxide ion-conducting properties of Aurivillius phases were first discovered in the 1970s by Takahashi et al., and they have been used too for this purpose ever since.".
- Q16835453 wikiPageWikiLink Q1045739.
- Q16835453 wikiPageWikiLink Q382811.
- Q16835453 wikiPageWikiLink Q409787.
- Q16835453 wikiPageWikiLink Q629.
- Q16835453 wikiPageWikiLink Q8302180.
- Q16835453 wikiPageWikiLink Q942.
- Q16835453 comment "Aurivillius phases are a form of perovskite represented by the general formulae is (Bi2O2)(An−1BnO3n+1) (where A is a large 12 co-ordinate cation, and B is a small 6 co-ordinate cation). Basically, their structure is built by alternating layers of [Bi2O2]2+ and pseudo-perovskite blocks, with perovskite layers that are n octahedral layers in thickness. This crystal structure was first described in 1949 by B. Aurivillius.".
- Q16835453 label "Aurivillius phases".