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- W4206899294 abstract "It is difficult for green sustainable lignin-based materials to simultaneously obtain efficient electromagnetic wave absorption (EMWA) and supercapacitive energy storage (SCES), which has not yet been reported. Herein, the light-weight lignin-based carbon nanofibers (LCNFs) with proper pore size, well graphitization degree, and heteroatom doping were tailored through electrospinning and carbonization processes. Interestingly, the graphitization degree and porous structure of LCNFs could be easily adjusted by changing the activating temperature, and the higher conductivity was achieved for preparing LCNFs at higher activating temperature due to the differences in the crystal size and activating degree of LCNFs. As a result, in the field of EMWA, the LCNFs-950 exhibited the minimum reflection loss (RL) value was -41.4 dB and the absorbing frequency was 9.05 GHz at 2.5 mm thickness, which meant this absorbent could absorb and/or dissipate more than 99.9% of incident electromagnetic wave (EMW). Furthermore, the LCNFs-950 also exhibited excellent SCES ability. In two-electrode system, the optimal LCNFs-950 symmetric supercapacitor specific capacitance reached 139.4 F/g at a current density of 0.5 A/g, meanwhile, the energy density was 41.4 Wh/kg at a power density of 3500 W/Kg. These multifunctional features of LCNFs will be highly promising for the next-generation environmental remediating materials." @default.
- W4206899294 created "2022-01-26" @default.
- W4206899294 creator A5000882133 @default.
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- W4206899294 date "2022-02-01" @default.
- W4206899294 modified "2023-10-18" @default.
- W4206899294 title "Multifunction lignin-based carbon nanofibers with enhanced electromagnetic wave absorption and surpercapacitive energy storage capabilities" @default.
- W4206899294 cites W1187539642 @default.
- W4206899294 cites W1992329957 @default.
- W4206899294 cites W2015138870 @default.
- W4206899294 cites W2038127215 @default.
- W4206899294 cites W2042802538 @default.
- W4206899294 cites W2064997629 @default.
- W4206899294 cites W2066023332 @default.
- W4206899294 cites W2102000918 @default.
- W4206899294 cites W2108856594 @default.
- W4206899294 cites W2155867603 @default.
- W4206899294 cites W218698161 @default.
- W4206899294 cites W2308090053 @default.
- W4206899294 cites W2325954163 @default.
- W4206899294 cites W2508352252 @default.
- W4206899294 cites W2551662038 @default.
- W4206899294 cites W2582224994 @default.
- W4206899294 cites W2588364184 @default.
- W4206899294 cites W2590050853 @default.
- W4206899294 cites W2765634988 @default.
- W4206899294 cites W2791783747 @default.
- W4206899294 cites W2794048050 @default.
- W4206899294 cites W2794098996 @default.
- W4206899294 cites W2794379499 @default.
- W4206899294 cites W2796971477 @default.
- W4206899294 cites W2887737197 @default.
- W4206899294 cites W2887967425 @default.
- W4206899294 cites W2891367983 @default.
- W4206899294 cites W2899472365 @default.
- W4206899294 cites W2908847308 @default.
- W4206899294 cites W2912498545 @default.
- W4206899294 cites W2913829730 @default.
- W4206899294 cites W2922250637 @default.
- W4206899294 cites W2929524749 @default.
- W4206899294 cites W2938118781 @default.
- W4206899294 cites W2945287480 @default.
- W4206899294 cites W2950161386 @default.
- W4206899294 cites W2951459591 @default.
- W4206899294 cites W2952713067 @default.
- W4206899294 cites W2955156818 @default.
- W4206899294 cites W2964471405 @default.
- W4206899294 cites W2965526326 @default.
- W4206899294 cites W2970292376 @default.
- W4206899294 cites W2974166781 @default.
- W4206899294 cites W2976119549 @default.
- W4206899294 cites W2977108335 @default.
- W4206899294 cites W2982135246 @default.
- W4206899294 cites W2986305343 @default.
- W4206899294 cites W2987368149 @default.
- W4206899294 cites W2995573714 @default.
- W4206899294 cites W2999536028 @default.
- W4206899294 cites W3005934438 @default.
- W4206899294 cites W3006931425 @default.
- W4206899294 cites W3011368270 @default.
- W4206899294 cites W3011448832 @default.
- W4206899294 cites W3016674111 @default.
- W4206899294 cites W3028190125 @default.
- W4206899294 cites W3042319698 @default.
- W4206899294 cites W3047344367 @default.
- W4206899294 cites W3081501676 @default.
- W4206899294 cites W3108962263 @default.
- W4206899294 cites W3112375120 @default.
- W4206899294 cites W3127513652 @default.
- W4206899294 cites W3128349709 @default.
- W4206899294 cites W3128629768 @default.
- W4206899294 cites W3129367757 @default.
- W4206899294 cites W3134647724 @default.
- W4206899294 cites W3135271866 @default.
- W4206899294 cites W3139011749 @default.
- W4206899294 cites W3156196756 @default.
- W4206899294 cites W3165570521 @default.
- W4206899294 cites W3177549937 @default.
- W4206899294 cites W3183804381 @default.
- W4206899294 cites W3184252011 @default.
- W4206899294 cites W3205772164 @default.
- W4206899294 cites W3216594773 @default.
- W4206899294 doi "https://doi.org/10.1016/j.ijbiomac.2021.12.154" @default.
- W4206899294 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34995658" @default.
- W4206899294 hasPublicationYear "2022" @default.
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