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- W2956117255 endingPage "A2241" @default.
- W2956117255 startingPage "A2230" @default.
- W2956117255 abstract "Redox flow batteries are an emerging technology for long-duration grid energy storage, but further cost reductions are needed to accelerate adoption. Improving electrode performance within the electrochemical stack offers a pathway to reduced system cost through decreased resistance and increased power density. To date, most research efforts have focused on modifying the surface chemistry of carbon electrodes to enhance reaction kinetics, electrochemically active surface area, and wettability. Less attention has been given to electrode microstructure, which has a significant impact on reactant distribution and pressure drop within the flow cell. Here, drawing from commonly used carbon-based diffusion media (paper, felt, cloth), we systematically investigate the influence of electrode microstructure on electrochemical performance. We employ a range of techniques to characterize the microstructure, pressure drop, and electrochemically active surface area in combination with in-operando diagnostics performed in a single electrolyte flow cell using a kinetically facile redox couple dissolved in a non-aqueous electrolyte. Of the materials tested, the cloth electrode shows the best performance; the highest current density at a set overpotential accompanied by the lowest hydraulic resistance. We hypothesize that the bimodal pore size distribution and periodic, well-defined microstructure of the cloth are key to lowering mass transport resistance." @default.
- W2956117255 created "2019-07-12" @default.
- W2956117255 creator A5037949212 @default.
- W2956117255 creator A5042249105 @default.
- W2956117255 creator A5056339822 @default.
- W2956117255 creator A5064687172 @default.
- W2956117255 date "2019-01-01" @default.
- W2956117255 modified "2023-10-17" @default.
- W2956117255 title "Exploring the Role of Electrode Microstructure on the Performance of Non-Aqueous Redox Flow Batteries" @default.
- W2956117255 cites W1906560025 @default.
- W2956117255 cites W1914536007 @default.
- W2956117255 cites W1963712116 @default.
- W2956117255 cites W1965235283 @default.
- W2956117255 cites W1970779109 @default.
- W2956117255 cites W1973870484 @default.
- W2956117255 cites W1975954185 @default.
- W2956117255 cites W1985581390 @default.
- W2956117255 cites W1989470795 @default.
- W2956117255 cites W1990370959 @default.
- W2956117255 cites W1991704940 @default.
- W2956117255 cites W1992147496 @default.
- W2956117255 cites W1995632062 @default.
- W2956117255 cites W1996330643 @default.
- W2956117255 cites W1996989922 @default.
- W2956117255 cites W2012625901 @default.
- W2956117255 cites W2014962995 @default.
- W2956117255 cites W2019984259 @default.
- W2956117255 cites W2024270167 @default.
- W2956117255 cites W2025546807 @default.
- W2956117255 cites W2027002086 @default.
- W2956117255 cites W2029836545 @default.
- W2956117255 cites W2031940558 @default.
- W2956117255 cites W2032100925 @default.
- W2956117255 cites W2036574736 @default.
- W2956117255 cites W2039267131 @default.
- W2956117255 cites W2052092873 @default.
- W2956117255 cites W2055336729 @default.
- W2956117255 cites W2055655412 @default.
- W2956117255 cites W2063074480 @default.
- W2956117255 cites W2069970385 @default.
- W2956117255 cites W2071788285 @default.
- W2956117255 cites W2074703423 @default.
- W2956117255 cites W2083287468 @default.
- W2956117255 cites W2088442453 @default.
- W2956117255 cites W2089937599 @default.
- W2956117255 cites W2100951800 @default.
- W2956117255 cites W2119335404 @default.
- W2956117255 cites W2135999176 @default.
- W2956117255 cites W2136728287 @default.
- W2956117255 cites W2144950747 @default.
- W2956117255 cites W2174765795 @default.
- W2956117255 cites W2177392369 @default.
- W2956117255 cites W2254512223 @default.
- W2956117255 cites W2285437818 @default.
- W2956117255 cites W2313091635 @default.
- W2956117255 cites W2381327736 @default.
- W2956117255 cites W2387769517 @default.
- W2956117255 cites W2427929488 @default.
- W2956117255 cites W2468922135 @default.
- W2956117255 cites W2489510713 @default.
- W2956117255 cites W2490478675 @default.
- W2956117255 cites W24918277 @default.
- W2956117255 cites W2497603397 @default.
- W2956117255 cites W2498164351 @default.
- W2956117255 cites W2508082070 @default.
- W2956117255 cites W2508401903 @default.
- W2956117255 cites W2508858934 @default.
- W2956117255 cites W2514463807 @default.
- W2956117255 cites W2520322574 @default.
- W2956117255 cites W2529170426 @default.
- W2956117255 cites W2534960962 @default.
- W2956117255 cites W2549081228 @default.
- W2956117255 cites W2560079992 @default.
- W2956117255 cites W2569355888 @default.
- W2956117255 cites W2569640045 @default.
- W2956117255 cites W2571644649 @default.
- W2956117255 cites W2598085257 @default.
- W2956117255 cites W2603954058 @default.
- W2956117255 cites W2606557944 @default.
- W2956117255 cites W2617920236 @default.
- W2956117255 cites W2619960342 @default.
- W2956117255 cites W2620787789 @default.
- W2956117255 cites W2621149065 @default.
- W2956117255 cites W2623488201 @default.
- W2956117255 cites W2625818053 @default.
- W2956117255 cites W2728601659 @default.
- W2956117255 cites W2744289672 @default.
- W2956117255 cites W2746443101 @default.
- W2956117255 cites W2774399921 @default.
- W2956117255 cites W2778178177 @default.
- W2956117255 cites W2791809222 @default.
- W2956117255 cites W2808686343 @default.
- W2956117255 cites W2883547714 @default.
- W2956117255 cites W2887025232 @default.
- W2956117255 cites W2889575611 @default.
- W2956117255 cites W2891755258 @default.
- W2956117255 cites W2896336972 @default.
- W2956117255 cites W2913734959 @default.