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• W2985752211 endingPage "152912" @default.
• W2985752211 startingPage "152912" @default.
• W2985752211 abstract "In this study, we employed an efficient and straightforward synthesis method for the functionalization and stitching of graphene oxide (GO) sheets with ethylenediamine (EDA). 3-D-structured GO-EDA was prepared by low reduction of the oxygen-containing functional groups of GO. The EDA was used as a nitrogen source to create the nitrogen-doped graphene (N-graphene), as well as a factor to control the self-assembly of graphene nanosheets into 3-D structures. The morphology, composition, and covalently grafted functional groups of GO-EDA were investigated by FT-IR and Raman spectroscopy, X-ray photoelectron spectroscopy (XPS), X-ray diffraction (XRD), Scanning electron microscopy (SEM), Transmission electron microscopy (TEM), and various electrochemical techniques. GO-EDA exhibits a layered structure resembling graphite, with an enhanced d-spacing of 0.373 nm compared with graphite (0.348 nm). The results showed that the porous channels of the synthesized GO-EDA facilitate the efficient transportation of lithium ions through the electrolyte-filled channels. The first discharge and charge showed specific capacities of 830.34 mAh g−1 and 664 mAh g−1, respectively at the current density of 100 mA g−1, corresponding to an initial coulombic efficiency of ca. ∼80%; superior to the GO reference (27.8%). Moreover, GO-EDA displayed improve cycling stability (maintaining a reversible capacity of ∼300 mAh g−1 at 200 mA g−1 after 100 cycles). The improved electrochemical operation was ascribed to enhanced ion (Li+) transport within the graphitic layers by the increased d-spacing due to the inserted functional groups." @default.
• W2985752211 created "2019-11-22" @default.
• W2985752211 creator A5010969348 @default.
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• W2985752211 creator A5032173290 @default.
• W2985752211 creator A5041676312 @default.
• W2985752211 date "2020-03-01" @default.
• W2985752211 modified "2023-10-11" @default.
• W2985752211 title "Facile stitching of graphene oxide nanosheets with ethylenediamine as three dimensional anode material for lithium-ion battery" @default.
• W2985752211 cites W1158182481 @default.
• W2985752211 cites W1778109301 @default.
• W2985752211 cites W1787211767 @default.
• W2985752211 cites W1861059376 @default.
• W2985752211 cites W1970010405 @default.
• W2985752211 cites W1970305600 @default.
• W2985752211 cites W1970537983 @default.
• W2985752211 cites W1970572145 @default.
• W2985752211 cites W1978462187 @default.
• W2985752211 cites W1979291347 @default.
• W2985752211 cites W1990525803 @default.
• W2985752211 cites W1998201662 @default.
• W2985752211 cites W2014685797 @default.
• W2985752211 cites W2017885093 @default.
• W2985752211 cites W2022816463 @default.
• W2985752211 cites W2026495643 @default.
• W2985752211 cites W2031024887 @default.
• W2985752211 cites W2049965679 @default.
• W2985752211 cites W2051548216 @default.
• W2985752211 cites W2054286785 @default.
• W2985752211 cites W2056324260 @default.
• W2985752211 cites W2059661243 @default.
• W2985752211 cites W2061063920 @default.
• W2985752211 cites W2061223638 @default.
• W2985752211 cites W2064331669 @default.
• W2985752211 cites W2069060577 @default.
• W2985752211 cites W2070580958 @default.
• W2985752211 cites W2072235481 @default.
• W2985752211 cites W2072295106 @default.
• W2985752211 cites W2088653154 @default.
• W2985752211 cites W2109849787 @default.
• W2985752211 cites W2110692366 @default.
• W2985752211 cites W2126671291 @default.
• W2985752211 cites W2140746165 @default.
• W2985752211 cites W2141235778 @default.
• W2985752211 cites W2143239914 @default.
• W2985752211 cites W2148634271 @default.
• W2985752211 cites W2153985400 @default.
• W2985752211 cites W2164137135 @default.
• W2985752211 cites W2168949190 @default.
• W2985752211 cites W2202665464 @default.
• W2985752211 cites W2202892013 @default.
• W2985752211 cites W2204210261 @default.
• W2985752211 cites W2238320972 @default.
• W2985752211 cites W2242657362 @default.
• W2985752211 cites W2254437722 @default.
• W2985752211 cites W2277012794 @default.
• W2985752211 cites W2282639204 @default.
• W2985752211 cites W2312874713 @default.
• W2985752211 cites W2312932795 @default.
• W2985752211 cites W2314394457 @default.
• W2985752211 cites W2340354789 @default.
• W2985752211 cites W2343096121 @default.
• W2985752211 cites W2345224835 @default.
• W2985752211 cites W2402351493 @default.
• W2985752211 cites W2424173776 @default.
• W2985752211 cites W2466824972 @default.
• W2985752211 cites W2477028696 @default.
• W2985752211 cites W2503651209 @default.
• W2985752211 cites W2504363745 @default.
• W2985752211 cites W2515014622 @default.
• W2985752211 cites W2517974467 @default.
• W2985752211 cites W2548097699 @default.
• W2985752211 cites W2563106050 @default.
• W2985752211 cites W2579877299 @default.
• W2985752211 cites W2593039237 @default.
• W2985752211 cites W2610921559 @default.
• W2985752211 cites W2619996191 @default.
• W2985752211 cites W2775906546 @default.
• W2985752211 cites W2784648194 @default.
• W2985752211 cites W2802621295 @default.
• W2985752211 cites W2883828981 @default.
• W2985752211 cites W2895487743 @default.
• W2985752211 cites W2899922052 @default.
• W2985752211 cites W2907091341 @default.
• W2985752211 cites W2909865661 @default.
• W2985752211 cites W2910764250 @default.
• W2985752211 cites W2933173603 @default.
• W2985752211 cites W2937217088 @default.
• W2985752211 cites W2959384711 @default.
• W2985752211 cites W4246955902 @default.
• W2985752211 cites W4382582991 @default.
• W2985752211 cites W597840923 @default.
• W2985752211 doi "https://doi.org/10.1016/j.jallcom.2019.152912" @default.
• W2985752211 hasPublicationYear "2020" @default.
• W2985752211 type Work @default.
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