Similar response from CoPilot using ChatGPT4This is Bing. I searched the web for your question and here is a brief answer:
Zinc dendrite formation is a major challenge for zinc-based flow batteries, as it can cause low efficiency, capacity decay, and short circuits. To prevent or reduce zinc dendrite growth, various strategies have been proposed, such as:
- Electrolyte modification: adding organic molecules, polymers, or metal ions to the electrolyte to change its viscosity, conductivity, or nucleation potential1.
- Anode engineering: using different materials, coatings, or structures for the anode to improve its surface morphology, wettability, or electrocatalytic activity1.
- Electric field regulation: applying alternating current, pulse current, or magnetic field to the anode to disrupt the dendritic growth or dissolve the existing dendrites1.
- Zinc ion transfer control: using membranes, separators, or additives to regulate the transport and diffusion of zinc ions in the electrolyte1.
You can find more information about these and other strategies by following this link: Inhibition of Zinc Dendrites in Zinc-Based Flow Batteries.
Redflow NEWS & EVENTS, page-1492
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