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- W2890499549 abstract "Porous nanocarbons are considered to be one of the key materials for electrochemical energy storage and conversion systems. In the present work, a straightforward one-step technique based on versatile magnesiothermic reduction combined with conventional KOH activation has been developed. We found that the magnesium (Mg) fulfilled multiple roles in the whole reaction and indispensable for achieving control over the organization of 2D nanobuilding blocks. Encouragingly, the same procedures can be successfully applied to a variety of carbon-rich chemicals as carbon sources to produce porous nanocarbons constructed by nanosheets. The intriguing structural features hold a great promise for electrochemical energy storage applications. As a typical example, the resultant HPCMC-1(synthesis from carboxymethylcellulose sodium) possesses unique interconnected carbon sheets network structures with a very large specific surface area and optimal bimodal microporous size distributions. The distinct structural features endow HPCMC-1 electrodes with excellent capacitive storage performance in ionic liquid electrolyte, which show large specific capacitance, good rate capability, long cycling performance and excellent synergetic energy-power outputting capabilities. Considering the general synthetic strategy together with the material sustainability, our work may open up another way for design and controllable fabrication nanocarbon architectures for applications in electrochemical energy storage fields with high performance." @default.
- W2890499549 created "2018-09-27" @default.
- W2890499549 creator A5029010093 @default.
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- W2890499549 creator A5035565553 @default.
- W2890499549 creator A5060550190 @default.
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- W2890499549 date "2019-01-01" @default.
- W2890499549 modified "2023-10-03" @default.
- W2890499549 title "A robust strategy for the general synthesis of hierarchical carbons constructed by nanosheets and their application in high performance supercapacitor in ionic liquid electrolyte" @default.
- W2890499549 cites W1762023495 @default.
- W2890499549 cites W1973101250 @default.
- W2890499549 cites W1978126078 @default.
- W2890499549 cites W1985530487 @default.
- W2890499549 cites W2000669372 @default.
- W2890499549 cites W2002028426 @default.
- W2890499549 cites W2008176070 @default.
- W2890499549 cites W2014701996 @default.
- W2890499549 cites W2017751495 @default.
- W2890499549 cites W2020335937 @default.
- W2890499549 cites W2030840822 @default.
- W2890499549 cites W2047901418 @default.
- W2890499549 cites W2048043924 @default.
- W2890499549 cites W2068565708 @default.
- W2890499549 cites W2070048461 @default.
- W2890499549 cites W2078641611 @default.
- W2890499549 cites W2101826895 @default.
- W2890499549 cites W2115852724 @default.
- W2890499549 cites W2132931145 @default.
- W2890499549 cites W2133061058 @default.
- W2890499549 cites W2135580922 @default.
- W2890499549 cites W2150673614 @default.
- W2890499549 cites W2152754138 @default.
- W2890499549 cites W2177289398 @default.
- W2890499549 cites W2238579824 @default.
- W2890499549 cites W2314005433 @default.
- W2890499549 cites W2323923195 @default.
- W2890499549 cites W2413227829 @default.
- W2890499549 cites W2421441333 @default.
- W2890499549 cites W2478427761 @default.
- W2890499549 cites W2502830984 @default.
- W2890499549 cites W2520347497 @default.
- W2890499549 cites W2531579591 @default.
- W2890499549 cites W2538910275 @default.
- W2890499549 cites W2551469154 @default.
- W2890499549 cites W2557786496 @default.
- W2890499549 cites W2566650493 @default.
- W2890499549 cites W2579388889 @default.
- W2890499549 cites W2580742008 @default.
- W2890499549 cites W2585893151 @default.
- W2890499549 cites W2586666984 @default.
- W2890499549 cites W2604871952 @default.
- W2890499549 cites W2605212958 @default.
- W2890499549 cites W2605394497 @default.
- W2890499549 cites W2605831748 @default.
- W2890499549 cites W2606478282 @default.
- W2890499549 cites W2610356133 @default.
- W2890499549 cites W2613076708 @default.
- W2890499549 cites W2626698736 @default.
- W2890499549 cites W2729247094 @default.
- W2890499549 cites W2736591784 @default.
- W2890499549 cites W2737861900 @default.
- W2890499549 cites W2738388529 @default.
- W2890499549 cites W2741309591 @default.
- W2890499549 cites W2769219140 @default.
- W2890499549 cites W2778383455 @default.
- W2890499549 cites W2779945510 @default.
- W2890499549 cites W2781998917 @default.
- W2890499549 cites W2789444397 @default.
- W2890499549 cites W2789661203 @default.
- W2890499549 cites W2791294384 @default.
- W2890499549 cites W2791402907 @default.
- W2890499549 cites W2791571742 @default.
- W2890499549 cites W2791577791 @default.
- W2890499549 cites W2792432297 @default.
- W2890499549 cites W2792603808 @default.
- W2890499549 cites W2793226203 @default.
- W2890499549 cites W2793327582 @default.
- W2890499549 cites W2793366375 @default.
- W2890499549 cites W2795578302 @default.
- W2890499549 cites W2801628777 @default.
- W2890499549 cites W2801674514 @default.
- W2890499549 cites W2803575024 @default.
- W2890499549 cites W3098378655 @default.
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- W2890499549 doi "https://doi.org/10.1016/j.carbon.2018.09.055" @default.
- W2890499549 hasPublicationYear "2019" @default.
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