AI Article Synopsis
- The ceramic materials CaLa8Ti9O31 and Ca2La4Ti6O20 were created using a solid-state reaction technique.
- Their crystal structures were analyzed using powder diffraction data through direct space methods.
- These compounds feature perovskite-like slabs that are separated by oxygen-rich layers, with calcium (Ca) or lanthanum (La) occupying the A site, similar to other compounds with the formula AnBnO3n+2.
Article Abstract
The ceramic materials of CaLa8Ti9O31 and Ca2La4Ti6O20 were synthesized using the solid-state reaction method. The crystal structures were determined from powder diffraction data using direct space methods. Like in similar compounds of the general formula AnBnO3n+2, the title compounds are composed of perovskite-like slabs, separated by oxygen-rich layers, where Ca or La occupy the A site.
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