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• W3178207670 endingPage "12652" @default.
• W3178207670 startingPage "12637" @default.
• W3178207670 abstract "Conversion-based oxides, particularly iron oxides, are projected to be viable, green, and cost-effective materials for Li-ion battery (LIB) anode. However, their low electronic/ionic conductivity, inferior initial coulombic efficiency (ICE), and poor cyclic/rate performance are some of the challenges. To address these issues, a combined approach of utilizing the nanostructures of iron oxides and creating oxygen defects in them may be an effective strategy to improve their Li-storage performance. Thus, in the present work, nanostructures (nanoparticles/nanofibers) of lithium iron oxides (LiFe5O8, LFO) are prepared and thoroughly characterized by FE-SEM, TEM, TG, XRD, BET, and i–v characteristics. XPS and EPR analyses are carried out to quantify the oxygen defects in the as-prepared samples. LFO nanofibers shows better conductivity (almost 5.5 times higher) than their corresponding nanoparticles, which was ascribed to the presence of a higher concentration of oxygen defects in the nanofibers. Further, as LIB anode, nanofibers of LFO exhibits a two times greater specific capacity, i.e., 505 (±10) mAh g–1 at 50 mA g–1, after 60 cycles and higher pseudocapacitive Li+ storage. Further, a better rate performance of LFO nanofibers is observed as compared to LFO nanoparticles. Moreover, ex-situ measurements (XRD, XPS, and M–H) were also carried out to identify the Li-storage mechanism during the lithiation/delithiation process. Furthermore, the practical application of LFO nanofibers as LIB anode was tested in a full cell configuration and delivers an energy density of 160 (±5) Wh kg–1 (according to the total active mass of the anode and cathode). In this study, we have shown that how one can tune the Li kinetics oxygen defects/morphology and thereby the Li-storage properties of cost-effective and green iron-based material." @default.
• W3178207670 created "2021-07-19" @default.
• W3178207670 creator A5019299131 @default.
• W3178207670 creator A5077598360 @default.
• W3178207670 date "2021-07-07" @default.
• W3178207670 modified "2023-09-25" @default.
• W3178207670 title "Morphology and Oxygen Defects Mediated Improved Pseudocapacitive Li⁺ Storage of Conversion-Based Lithium Iron Oxide" @default.
• W3178207670 cites W1762539409 @default.
• W3178207670 cites W1976752439 @default.
• W3178207670 cites W1992217203 @default.
• W3178207670 cites W2003888351 @default.
• W3178207670 cites W2012986156 @default.
• W3178207670 cites W2016788654 @default.
• W3178207670 cites W2017764220 @default.
• W3178207670 cites W2024955827 @default.
• W3178207670 cites W2026196935 @default.
• W3178207670 cites W2047792267 @default.
• W3178207670 cites W2067234545 @default.
• W3178207670 cites W2069459094 @default.
• W3178207670 cites W2078063097 @default.
• W3178207670 cites W2138319299 @default.
• W3178207670 cites W2145758394 @default.
• W3178207670 cites W2155512538 @default.
• W3178207670 cites W2164441613 @default.
• W3178207670 cites W2274765503 @default.
• W3178207670 cites W2312874713 @default.
• W3178207670 cites W2324057145 @default.
• W3178207670 cites W2465540937 @default.
• W3178207670 cites W2561951710 @default.
• W3178207670 cites W2568950627 @default.
• W3178207670 cites W2591527502 @default.
• W3178207670 cites W2594476081 @default.
• W3178207670 cites W2603170006 @default.
• W3178207670 cites W2676751488 @default.
• W3178207670 cites W2736510480 @default.
• W3178207670 cites W2760627043 @default.
• W3178207670 cites W2771209643 @default.
• W3178207670 cites W2782668573 @default.
• W3178207670 cites W2788451266 @default.
• W3178207670 cites W2797510580 @default.
• W3178207670 cites W2799563647 @default.
• W3178207670 cites W2800150286 @default.
• W3178207670 cites W2809200830 @default.
• W3178207670 cites W2886625088 @default.
• W3178207670 cites W2887125016 @default.
• W3178207670 cites W2892369569 @default.
• W3178207670 cites W2913879576 @default.
• W3178207670 cites W2919761215 @default.
• W3178207670 cites W2950955591 @default.
• W3178207670 cites W2956013128 @default.
• W3178207670 cites W2965709898 @default.
• W3178207670 cites W2969676700 @default.
• W3178207670 cites W2972332244 @default.
• W3178207670 cites W2972731316 @default.
• W3178207670 cites W2975027347 @default.
• W3178207670 cites W2980000099 @default.
• W3178207670 cites W2980304101 @default.
• W3178207670 cites W2980439582 @default.
• W3178207670 cites W2987996023 @default.
• W3178207670 cites W2991180584 @default.
• W3178207670 cites W2991312119 @default.
• W3178207670 cites W2996992417 @default.
• W3178207670 cites W2999366466 @default.
• W3178207670 cites W2999659880 @default.
• W3178207670 cites W3002455709 @default.
• W3178207670 cites W3005657800 @default.
• W3178207670 cites W3007534380 @default.
• W3178207670 cites W3012592140 @default.
• W3178207670 cites W3014465561 @default.
• W3178207670 cites W3015513203 @default.
• W3178207670 cites W3015863978 @default.
• W3178207670 cites W3021537352 @default.
• W3178207670 cites W3023001541 @default.
• W3178207670 cites W3027648481 @default.
• W3178207670 cites W3029516527 @default.
• W3178207670 cites W3031025867 @default.
• W3178207670 cites W3032158093 @default.
• W3178207670 cites W3032880075 @default.
• W3178207670 cites W3037008878 @default.
• W3178207670 cites W3037780450 @default.
• W3178207670 cites W3041386319 @default.
• W3178207670 cites W3050754123 @default.
• W3178207670 cites W3105119349 @default.
• W3178207670 cites W3110669866 @default.
• W3178207670 cites W3113781586 @default.
• W3178207670 cites W3127481016 @default.
• W3178207670 cites W3128914694 @default.
• W3178207670 cites W3137758192 @default.
• W3178207670 cites W3160508715 @default.
• W3178207670 doi "https://doi.org/10.1021/acs.energyfuels.1c01434" @default.
• W3178207670 hasPublicationYear "2021" @default.
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