Methods of synthesis and formation of a high-dense ceramic prepared from barium cerate and zirconate, which is applied as electrolyte in solid oxide fuel cells, are considered in the present work. The main attention is devoted to the relatively new strategy of solid-state reactive sintering method, which consists in the introduction of small amounts of sintering additives to initial precursors. Analysis of published data on the effect of sintering additives on the physicochemical and transport properties of proton-conducting electrolytes is carried out.

中文翻译：

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基于BaCeO 3和BaZrO 3的致密电解质的形成，用于固体氧化物燃料电池：固态反应烧结的作用

在本工作中考虑了由铈酸钡和锆酸钡制备的高密度陶瓷的合成和形成方法，该方法用作固体氧化物燃料电池中的电解质。主要注意力集中在相对较新的固态反应烧结方法上，该策略包括向初始前体中引入少量烧结添加剂。进行了有关烧结添加剂对质子传导电解质的理化和传输性能影响的公开数据的分析。