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• W4210644589 endingPage "152683" @default.
• W4210644589 startingPage "152683" @default.
• W4210644589 abstract "• Design and synthesis of bamboo-like Ni 3 S 2 @NCNT (N-doped carbon nanotube). • Ni nanoparticles assist the growth of NCNTs, and NCNTs aid dispersions of Ni. • Controlled hydrothermal sulfuration tailors Ni electronic density of state. • Synergistic effects between Ni 3 S 2 and NCNTs enhance catalytic performances. • Ni 3 S 2 @NCNT exhibits excellent sensitivity and linear range for glucose detection. The rational design and controllable synthesis of metal–carbon composites as low cost and efficient catalysts have become the focus of research on non-enzymatic glucose detection. Herein, nickel sulfide nanocrystals encapsulated/dispersed by bamboo-like nitrogen-doped carbon nanotubes (Ni 3 S 2 @NCNT) are facilely synthesized by pyrolysis and sulfuration of Ni 2+ -dicyandiamide complex. During the pyrolysis, nickel nanoparticles are formed to promote the growth of NCNTs, while the NCNTs can disperse Ni nanoparticles to prevent them from oxidation and aggregations. The synergistic effects between Ni 3 S 2 active sites and NCNTs also facilitate electronic transfer and enhance catalytic performances. Thus, Ni 3 S 2 @NCNT demonstrates excellent performances on glucose oxidation with unprecedented sensitivity (1447.64 μA mM −1 cm −2 ), low detection limit (0.14 μM), and wide linear range (0.46 μM-3.19 mM). Furthermore, as-fabricated sensors with superior performances indicate promising application prospects on non-enzymatic glucose detection in artificial sweat. This study will provide a general strategy for the controllable fabrication of catalysts with similar structures for other applications." @default.
• W4210644589 created "2022-02-08" @default.
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• W4210644589 date "2022-05-01" @default.
• W4210644589 modified "2023-10-16" @default.
• W4210644589 title "Facile synthesis of bamboo-like Ni3S2@NCNT as efficient and stable electrocatalysts for non-enzymatic glucose detection" @default.
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• W4210644589 cites W2510136453 @default.
• W4210644589 cites W2523231608 @default.
• W4210644589 cites W2577783746 @default.
• W4210644589 cites W2748372066 @default.
• W4210644589 cites W2752266741 @default.
• W4210644589 cites W2776124432 @default.
• W4210644589 cites W2782857000 @default.
• W4210644589 cites W2792589001 @default.
• W4210644589 cites W2793222058 @default.
• W4210644589 cites W2801132281 @default.
• W4210644589 cites W2803548015 @default.
• W4210644589 cites W2883582031 @default.
• W4210644589 cites W2889075073 @default.
• W4210644589 cites W2897336816 @default.
• W4210644589 cites W2902849551 @default.
• W4210644589 cites W2923788184 @default.
• W4210644589 cites W2936029151 @default.
• W4210644589 cites W2946579100 @default.
• W4210644589 cites W2958106504 @default.
• W4210644589 cites W2964789043 @default.
• W4210644589 cites W2966336081 @default.
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• W4210644589 cites W2969011126 @default.
• W4210644589 cites W2969110764 @default.
• W4210644589 cites W2973792844 @default.
• W4210644589 cites W2992446728 @default.
• W4210644589 cites W2995181502 @default.
• W4210644589 cites W2996053515 @default.
• W4210644589 cites W2999372363 @default.
• W4210644589 cites W3004863790 @default.
• W4210644589 cites W3006297871 @default.
• W4210644589 cites W3006400790 @default.
• W4210644589 cites W3006756705 @default.
• W4210644589 cites W3007915798 @default.
• W4210644589 cites W3013994763 @default.
• W4210644589 cites W3014526042 @default.
• W4210644589 cites W3014715528 @default.
• W4210644589 cites W3018196492 @default.
• W4210644589 cites W3034882154 @default.
• W4210644589 cites W3037839970 @default.
• W4210644589 cites W3040353335 @default.
• W4210644589 cites W3046126518 @default.
• W4210644589 cites W3046357041 @default.
• W4210644589 cites W3049109224 @default.
• W4210644589 cites W3080626295 @default.
• W4210644589 cites W3110513383 @default.
• W4210644589 cites W3110892605 @default.
• W4210644589 cites W3113518688 @default.
• W4210644589 cites W3113901040 @default.
• W4210644589 cites W3119392837 @default.
• W4210644589 cites W3120671683 @default.
• W4210644589 cites W3123388851 @default.
• W4210644589 cites W3124120307 @default.
• W4210644589 cites W3126529222 @default.
• W4210644589 cites W3132274159 @default.
• W4210644589 cites W3133889042 @default.
• W4210644589 cites W3135327139 @default.
• W4210644589 cites W3136025492 @default.
• W4210644589 cites W3143527843 @default.
• W4210644589 cites W3154809843 @default.
• W4210644589 cites W3158136946 @default.
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• W4210644589 cites W3169326988 @default.
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• W4210644589 doi "https://doi.org/10.1016/j.apsusc.2022.152683" @default.
• W4210644589 hasPublicationYear "2022" @default.
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