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• W4327724362 abstract "Metal doping and electrochemical reconstruction had been demonstrated to play a significant role in the preparation of advanced electrode materials, which is helpful to achieve high-performance supercapacitors. However, there was no report about the combination of two technologies to construct electrode materials and their applications in supercapacitors. Herein, a rational Mn doped NiCo sulfide compound with open structure composed of 2D ultra-thin nanosheets was designed via a Mn doping route. In order to further improve the energy storage performance of the resulted product, we adopted a simple electrochemical activation strategy to reconstruct it. It was found that the reconstructed sample not only exhibited an irreversible evolution of structure (from 2D sheet to 3D channel), but also the phase transformation (from metal sulfide to metal hydroxide). Benefiting from the stable 3D curved structure with numerous channels, multitudinous charge transfer provided by numerous valence states of metals and copious active sites by low crystalline state, the in-situ self-reconstructed sample exhibited superior capacitance. In details, the optimized product delivered excellent specific capacitance of 1462C g-1 (3655F/g) at 1 A g-1 and high rate capability of 66 % even at 5 A g-1. Moreover, the corresponding assembled asymmetric supercapacitor exhibited an excellent energy density of 141.8 Wh kg-1 at a power density of 850.1 W kg-1, and the capacitance retention rate was 96.6 % even after 5000 cycles, which was distinctly superior than thoseofthe previous similarmaterialsreported. In a word, this work provided a feasible and effective strategy to construct 3D Mn doped NiCo hydroxide electrode materials toward high-performance supercapacitors." @default.
• W4327724362 created "2023-03-18" @default.
• W4327724362 creator A5004233370 @default.
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• W4327724362 creator A5057531846 @default.
• W4327724362 creator A5077420405 @default.
• W4327724362 date "2023-07-01" @default.
• W4327724362 modified "2023-10-02" @default.
• W4327724362 title "Electrochemically activated 3D Mn doped NiCo hydroxide electrode materials toward high-performance supercapacitors" @default.
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• W4327724362 cites W2237993873 @default.
• W4327724362 cites W2265607919 @default.
• W4327724362 cites W2313702111 @default.
• W4327724362 cites W2399244407 @default.
• W4327724362 cites W2531408727 @default.
• W4327724362 cites W2556723530 @default.
• W4327724362 cites W2577891377 @default.
• W4327724362 cites W2592268216 @default.
• W4327724362 cites W2603389801 @default.
• W4327724362 cites W2614237932 @default.
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• W4327724362 cites W2780200149 @default.
• W4327724362 cites W2803833520 @default.
• W4327724362 cites W2884624520 @default.
• W4327724362 cites W2891520001 @default.
• W4327724362 cites W2899461281 @default.
• W4327724362 cites W2915572622 @default.
• W4327724362 cites W2919761215 @default.
• W4327724362 cites W2945168571 @default.
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• W4327724362 cites W2955434014 @default.
• W4327724362 cites W2966276671 @default.
• W4327724362 cites W2985682931 @default.
• W4327724362 cites W3000707352 @default.
• W4327724362 cites W3008126632 @default.
• W4327724362 cites W3034137348 @default.
• W4327724362 cites W3081584472 @default.
• W4327724362 cites W3092599399 @default.
• W4327724362 cites W3097874107 @default.
• W4327724362 cites W3110594083 @default.
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• W4327724362 cites W3122001600 @default.
• W4327724362 cites W3125765501 @default.
• W4327724362 cites W3143288869 @default.
• W4327724362 cites W3173490313 @default.
• W4327724362 cites W3180996885 @default.
• W4327724362 cites W3182848543 @default.
• W4327724362 cites W3199039673 @default.
• W4327724362 cites W3200029849 @default.
• W4327724362 cites W3201518190 @default.
• W4327724362 cites W3202428186 @default.
• W4327724362 cites W3204869667 @default.
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• W4327724362 cites W4220987446 @default.
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• W4327724362 cites W4223475631 @default.
• W4327724362 cites W4224221641 @default.
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• W4327724362 doi "https://doi.org/10.1016/j.jcis.2023.03.081" @default.
• W4327724362 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36958274" @default.
• W4327724362 hasPublicationYear "2023" @default.
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