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Characterization of Carbon Fiber Electrode for Vanadium-Based Redox Flow Batteries

机译:基于钒的氧化还原流电池碳纤维电极的表征

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Electrochemical properties for two kinds of carbon felt electrodes were evaluated using single filament electrodes. Results of cyclic voltammogram (CV) measurements for both carbon fiber electrodes showed wide potential windows (-1.0 ~+1.9 V vs. Ag/AgCl). In the case of felt sample 1 (thin electrode), which was actually used in the vanadium-based RFB, dispersion of oxidation and reduction peaks was smaller than that of sample 2 (thick electrode, general carbon felt electrode). Redox responses were also measured in the vanadium electrolyte. Sample 1 electrode showed low dispersion in redox responses and had suitable electrochemical property for vanadium-based RFBs.
机译:使用单细丝电极评估两种碳毡电极的电化学性能。两种碳纤维电极的循环伏安图(CV)测量结果显示宽电位窗口(-1.0〜+ 1.9 V与Ag / AgCl)。在毛毡样品1(薄电极)的情况下,实际用于基于钒的RFB,氧化和还原峰的分散小于样品2(厚电极,一般碳毡电极)。还在钒电解质中测量氧化还原反应。样品1电极在氧化还原反应中显示出低分散体,并具有适当的基于钒RFB的电化学性质。

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