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Contents 1. Introduction 1.1 Energy storage and sustainability 1.2 Zinc-based redox flow batteries 2. Zinc-bromine redox flow batteries 2.1 The zinc negative electrode 2.2 The bromine positive electrode 2.3 Cell performance 2.4 Prospects for zinc-bromine redox flow batteries 3. Zinc-cerium redox flow batteries 3.1 The zinc negative electrode 3.2 The cerium positive electrode 3.3 Cell performance 3.4 Prospects for zinc-cerium redox flow batteries 4. Zinc-air redox flow batteries 4.1 The zinc negative electrode 4.2 The oxygen positive electrode 4.3 Cell developments 4.4 Prospects for zinc-air redox flow batteries 5. Zinc-nickel redox flow batteries 5.1 The zinc negative electrode 5.2 The nickel positive electrode 5.3 Cell developments 5.4 Prospects for zinc-nickel redox flow batteries 6. Other zinc-based redox flow batteries 7. New trends on zinc-based redox flow batteries 7.1 Zinc polymer electrodes 7.2 Ionic liquid electrolytes 8. Conclusions 9. Topics requiring further research (Approx. text 16,600 words, 13 equations/reactions, 5 tables, 17 figures and 291 references). Note: The published version contains several minor corrections. 2PDF Image | hybrid redox flow batteries with zinc negative electrodes
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