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首页> 外文期刊>Solid state ionics >Characterisation of the electrode-electrolyte BIMEVOX system for oxygen separation Part I. In situ synchrotron study
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Characterisation of the electrode-electrolyte BIMEVOX system for oxygen separation Part I. In situ synchrotron study

机译:用于氧分离的电极-电解质BIMEVOX系统的表征第一部分。原位同步加速器研究

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BIMEVOX membranes for electrochemical oxygen separation were characterised under operating conditions using X-ray synchrotron radiation. Three compositions were studied: a slightly Bi-enriched non-doped phase, BIBIVOX.02, a BICOVOX and a BICUVOX phase. Both anodic and cathodic behaviours were investigated at 620 degreesC for current densities up to 1 A/cm(2). These experiments demonstrated the self-ability of these electrolytes to dynamically transform into electrode materials under polarisation. This transformation is due to a slight reduction of the material under bias. The transformation is reversible. The initial phase was recovered when the current was turned off. Even low current densities were sufficient to induce this electrolyte-electrode adaptation. (C) 2003 Elsevier Science B.V All rights reserved. [References: 7]
机译:使用X射线同步加速器辐射在操作条件下表征了用于电化学分离氧的BIMEVOX膜。研究了三种成分:稍微富集Bi的非掺杂相BIBIVOX.02,BICOVOX和BICUVOX相。在电流密度高达1 A / cm(2)的情况下,都在620摄氏度下研究了阳极行为和阴极行为。这些实验证明了这些电解质在极化下能动态转变成电极材料的自能力。这种转变是由于偏压下材料的轻微减少。转换是可逆的。当电流关闭时,恢复了初始阶段。甚至低的电流密度也足以引起这种电解质电极的适应。 (C)2003 Elsevier Science B.V保留所有权利。 [参考:7]

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