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Influence Of Synthesis Conditions On Carbonate Entrapment In Perovskite Srsno_3

机译:合成条件对钙钛矿Srsno_3中碳酸盐截留的影响

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Strontium stannate (SrSnO_3), a perovskite material, was synthesized by the polymeric precursor method, with different routes to eliminate organic matter. The utilization of pure oxygen for the elimination of organic matter changed the Raman spectra, especially in the low frequency region. Some peaks, which were previously assigned to the perovskite phase, were not noticed when the carbonate amount was lower. On the other hand, the profile of the IR spectra and XRD patterns did not change. These results suggest that carbonate may be present inside the perovskite lattice.
机译:钙钛矿材料锡酸锶(SrSnO_3)是通过聚合物前驱体方法合成的,具有不同的消除有机物的途径。利用纯氧消除有机物改变了拉曼光谱,特别是在低频区域。当碳酸盐量较低时,未注意到一些先前分配给钙钛矿相的峰。另一方面,IR光谱和XRD图谱的分布没有变化。这些结果表明,钙钛矿晶格内可能存在碳酸盐。

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