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High Power Thermally Regenerative Ammonia-Copper Redox Flow Battery Enabled by a Zero Gap Cell Design, Low-Resistant Membranes and Electrode Coatings

机译：高功率热再生氨 - 铜氧化还原电池，由零间隙电池设计，低耐膜和电极涂层实现

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1. Performance of a thermally regenerative ammonia-based flow battery with 3D porous electrodes: Effect of reactor and electrode design [J] . Electrochimica Acta . 2020,第期

机译：3D多孔电极的热再生氨基流动电池的性能：反应器和电极设计的影响
2. Performance evaluation of thermally treated graphite felt electrodes for vanadium redox flow battery and their four-point single cell characterization [J] . Mazur P., Mrlik J., Benes J., Journal of power sources . 2018,第mara15期

机译：钒氧化还原液流电池用热处理石墨毡电极的性能评估及其四点单电池特性
3. Influence of electrode design parameters on the performance of vanadium redox flow battery cells at low temperatures [J] . Rao Praphulla, Jayanti Sreenivas Journal of power sources . 2021,第Jana15期

机译：电极设计参数对低温钒氧化还原流电池性能的影响
4. Improved Performance of Ti/Mn Redox Flow Battery by Thermally Treated Carbon Paper Electrodes [C] . Y. R. Dong, Y. Kawagoe, K. Itou, Meeting of the Electrochemical Society . 2017

机译：通过热处理的碳纸电极提高Ti / Mn氧化还原流量电池的性能
5. Membrane and Electrode Modifications for Improving Power Density in Aqueous Redox Flow Batteries [D] . Shah, Andrew Brady. 2018

机译：膜和电极的改进，以提高水性氧化还原液流电池的功率密度
6. Dataset of a vanadium redox flow battery 10 membrane-electrode assembly stack [O] . Artem T. Glazkov, Anatoly E. Antipov, Dmitry V. Konev, 2020

机译：钒氧化还原流电池10膜电极组装堆的数据集
7. High Power Thermally Regenerative Ammonia-Copper Redox Flow Battery Enabled by a Zero Gap Cell Design, Low-Resistant Membranes, and Electrode Coatings [O] . Varada Menon Palakkal, Thu Nguyen, Phuc Nguyen, 2020

机译：高功率热再生氨 - 铜氧化还原流动电池，由零间隙电池设计，低抗性膜和电极涂层使能

High Power Thermally Regenerative Ammonia-Copper Redox Flow Battery Enabled by a Zero Gap Cell Design, Low-Resistant Membranes and Electrode Coatings

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