Status of Membrane Technology For Alkaline Zinc Nickel - (PPT)

机译：碱性锌镍膜技术现状 - （PPT）

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Organic molecules like complexants do not pass the ISM, no cyanide build up. The theoretical consumption of 1.49 g/Ah of NaOH at the anode is partially compensated by the transfer and decreases to 0.2-0.4 g/Ah. Sulfate replenishment is partially compensated by the transfer of anions. Carbonates can migrate through the ISM into the anolyte (osmotic pressure). Depending on the concentrations of carbonate and sulfate in the anolyte, continuous purification is the consequence.

机译：有机分子如络合物不通过ISM，没有氰化物累积。在阳极处的1.49g / ah的理论消耗量通过转移部分补偿并降至0.2-0.4g /α。通过转移阴离子部分补偿硫酸盐补充。碳酸盐可以通过ISM迁移到阳极物（渗透压）中。取决于碳酸酯和硫酸盐在阳极氧酸盐中，连续纯化是结果。

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《National Association for Surface Finishing Manufacturing Technology Trade Show Conference》|2017年|633-1247p|共12页
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Christian Kaiser;
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3. Nickel-zinc: a new/old technology -- move over NiMH, nickel-cadium and lead-acid, nickel-zinc batteries are coming through [J] . Dwaine Coates, John Rotondo, Allen Charkey Electric & Hybrid Vehicle Technology International . 1999,第1999期

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4. Status of Membrane Technology For Alkaline Zinc Nickel - (PPT) [C] . Christian Kaiser National Association for Surface Finishing Manufacturing Technology Trade Show Conference . 2017

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Status of Membrane Technology For Alkaline Zinc Nickel - (PPT)

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