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Post-hoc comparisons among iron electrode formulations based on bismuth, bismuth sulphide, iron sulphide, and potassium sulphide under strong alkaline conditions

机译:在强碱性条件下基于铋,硫化铋,硫化铁和硫化钾的铁电极配方的事后比较

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摘要

Iron electrodes were prepared by hot-pressing iron-polyethylene based formulations on nickel foam stripes. NiFe cells were tested by using commercial nickel electrodes and our iron electrodes. Post-hoc comparisons were used to identify meaningful differences between iron electrode formulations (based upon bismuth, bismuth sulphate, potassium sulphide and iron sulphide as additives). Our results confirm that both bismuth sulphide and iron sulphide favour the process of charge/discharge of a NiFe cell. In addition, we have found that the use of metallic bismuth only marginally influences coulombic efficiency; likewise, the presence of the soluble bisulfide anion is not sufficient to increase coulombic efficiency. Finally, NiFe cells prepared with bismuth sulphide outperformed their iron sulphide counterparts. © 2014 The Authors. Published by Elsevier B.V.
机译:铁电极是通过在镍泡沫条上热压铁-聚乙烯基配方而制备的。通过使用商用镍电极和我们的铁电极测试了镍铁电池。事后比较用于确定铁电极配方之间的显着差异(基于铋,硫酸铋,硫化钾和硫化铁作为添加剂)。我们的结果证实,硫化铋和硫化铁均有助于NiFe电池的充电/放电过程。另外,我们发现金属铋的使用仅对库仑效率产生微小的影响。同样,可溶性二硫化物阴离子的存在不足以提高库仑效率。最后,用硫化铋制备的NiFe电池性能优于其硫化铁。 ©2014作者。由Elsevier B.V.发布

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    Gil Posada J.O.; Hall P.J.;

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  • 年度 2014
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