A Structural Analysis of Titanates and its Significance

Exploring the Potential of Sr-Bi-Ni-O System for Superconducting Oxide Energy Storage

Abstract

In multicomponent oxides of the transitional and uncommon earth components with perovskite structure (Аво3, А = uncommon earth, В = change metal) it is conceivable to enhance the physicochemical and electrochemical properties with cation substitution in destinations An and B. In this point perovskite-like oxides of Sr– Bi– Ме– O frameworks (with Me = Cu [1-3], Co [4], Fe, Cr [5], Mn [6]) have been broadly contemplated. In this work we research the Sr– Bi– Ni– O framework where no structures have been distributed notwithstanding the way that it ought to be conceivable to get multicomponent oxides which display superconducting properties or are appropriate for oxide energy component and layer production.