首页> 外文会议>Joint Meeting of the Electrochemical Society and the International Society for Electrochemistry >INFLUENCE OF ELECTRODE COMPOSITION ON CYCLING PERFORMANCE OF CYLINDRICAL NICKEL-ZINC CELLS
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INFLUENCE OF ELECTRODE COMPOSITION ON CYCLING PERFORMANCE OF CYLINDRICAL NICKEL-ZINC CELLS

机译:电极组合物对圆柱镍 - 锌细胞循环性能的影响

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In order to improve cycling performance of AA-size nickel-zinc cells pasted nickel electrodes containing different binder materials, e.g. polyvinyl alcohol and teflon as well as zinc electrodes with calcium hydroxide additive were fabricated and studied. It was found out that binder type and concentration has an impact on the amount of pasted cathode material and on discharge capacity. Calcium hydroxide additive remarkably improves cycling performance of nickel-zinc cells as a consequence of reduced anode shape change.
机译:为了提高含有不同粘合剂材料的AA尺寸镍 - 锌细胞的循环性能,例如,含有不同的粘合剂材料的镍电极。制造和研究聚乙烯醇和配特氟龙以及氢氧化钙添加剂的锌电极。发现粘合剂型和浓度对粘贴的阴极材料和放电容量产生影响。氢氧化钙添加剂由于降低的阳极形状变化而显着提高了镍锌细胞的循环性能。

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