Matches in SemOpenAlex for { <https://semopenalex.org/work/W3043399117> ?p ?o ?g. }
- W3043399117 endingPage "126285" @default.
- W3043399117 startingPage "126285" @default.
- W3043399117 abstract "Tailoring the composition and structure of transition metal compounds via a simple method is a crucial step in the pursuit of high-performance electrochemical energy storage materials. Herein, we design and synthesize a Co modified Ni3S2 (denoted as Co-Ni3S2) electrode with a hierarchical structure by a simple one step sulfuration reaction from NiCo-LDH. Benefiting from both the hierarchical structure and the bimetallic composition, the developed electrode exhibits excellent electrochemical performances including ultrahigh specific capacitance (1826.4 F g−1 at 2 A g−1) and great rate capability (about 53.9% at 20 A g−1), which are much higher than that of NiCo-LDH precursor and monometallic Ni3S2 electrode. Moreover, the energy storage device assembled with the Co-Ni3S2 electrode and the activated carbon (AC) electrode exhibits superior energy density of 59.1 Wh kg−1 and 24.7 Wh kg−1 while maintaining the ultrahigh powder density of 1275.5 W kg−1 and 9.8 kW kg−1, respectively. In addition, the device also displays an outstanding electrochemical stability (about 94.9% retention after 16,000 cycles)." @default.
- W3043399117 created "2020-07-23" @default.
- W3043399117 creator A5005994132 @default.
- W3043399117 creator A5012790507 @default.
- W3043399117 creator A5019904464 @default.
- W3043399117 creator A5026904646 @default.
- W3043399117 creator A5032953920 @default.
- W3043399117 creator A5047600031 @default.
- W3043399117 creator A5054464310 @default.
- W3043399117 creator A5055777639 @default.
- W3043399117 creator A5065437706 @default.
- W3043399117 creator A5071494860 @default.
- W3043399117 creator A5075465468 @default.
- W3043399117 creator A5086880652 @default.
- W3043399117 date "2021-01-01" @default.
- W3043399117 modified "2023-10-16" @default.
- W3043399117 title "Tailoring the composition and structure of Ni3S2 by introduction of Co towards high efficiency energy storage device" @default.
- W3043399117 cites W1888173359 @default.
- W3043399117 cites W1896483852 @default.
- W3043399117 cites W1987262360 @default.
- W3043399117 cites W1993705736 @default.
- W3043399117 cites W2006553433 @default.
- W3043399117 cites W2022097579 @default.
- W3043399117 cites W2033065907 @default.
- W3043399117 cites W2057232367 @default.
- W3043399117 cites W2069592333 @default.
- W3043399117 cites W2089083068 @default.
- W3043399117 cites W2112089049 @default.
- W3043399117 cites W2119591966 @default.
- W3043399117 cites W2139921601 @default.
- W3043399117 cites W2186571951 @default.
- W3043399117 cites W2231571507 @default.
- W3043399117 cites W2291888163 @default.
- W3043399117 cites W2313702111 @default.
- W3043399117 cites W2314593214 @default.
- W3043399117 cites W2322881879 @default.
- W3043399117 cites W2323108326 @default.
- W3043399117 cites W2338640574 @default.
- W3043399117 cites W2345691580 @default.
- W3043399117 cites W2464484605 @default.
- W3043399117 cites W2508445207 @default.
- W3043399117 cites W2560647933 @default.
- W3043399117 cites W2565231008 @default.
- W3043399117 cites W2579213586 @default.
- W3043399117 cites W2586491849 @default.
- W3043399117 cites W2603389801 @default.
- W3043399117 cites W2610553395 @default.
- W3043399117 cites W2676218399 @default.
- W3043399117 cites W2736015982 @default.
- W3043399117 cites W2765885413 @default.
- W3043399117 cites W2775223600 @default.
- W3043399117 cites W2783532036 @default.
- W3043399117 cites W2784109967 @default.
- W3043399117 cites W2787765015 @default.
- W3043399117 cites W2787881803 @default.
- W3043399117 cites W2792401805 @default.
- W3043399117 cites W2796158356 @default.
- W3043399117 cites W2797672515 @default.
- W3043399117 cites W2808267693 @default.
- W3043399117 cites W2883842129 @default.
- W3043399117 cites W2885618314 @default.
- W3043399117 cites W2888126642 @default.
- W3043399117 cites W2905916752 @default.
- W3043399117 cites W2906936173 @default.
- W3043399117 cites W2911550756 @default.
- W3043399117 cites W2912282155 @default.
- W3043399117 cites W2922000588 @default.
- W3043399117 cites W2935025932 @default.
- W3043399117 cites W2944238806 @default.
- W3043399117 cites W2955732976 @default.
- W3043399117 cites W2955927682 @default.
- W3043399117 cites W2956692418 @default.
- W3043399117 cites W2959735706 @default.
- W3043399117 cites W2961541268 @default.
- W3043399117 cites W2980078963 @default.
- W3043399117 cites W2986793112 @default.
- W3043399117 cites W3000095430 @default.
- W3043399117 cites W3003189603 @default.
- W3043399117 cites W786164108 @default.
- W3043399117 doi "https://doi.org/10.1016/j.cej.2020.126285" @default.
- W3043399117 hasPublicationYear "2021" @default.
- W3043399117 type Work @default.
- W3043399117 sameAs 3043399117 @default.
- W3043399117 citedByCount "23" @default.
- W3043399117 countsByYear W30433991172021 @default.
- W3043399117 countsByYear W30433991172022 @default.
- W3043399117 countsByYear W30433991172023 @default.
- W3043399117 crossrefType "journal-article" @default.
- W3043399117 hasAuthorship W3043399117A5005994132 @default.
- W3043399117 hasAuthorship W3043399117A5012790507 @default.
- W3043399117 hasAuthorship W3043399117A5019904464 @default.
- W3043399117 hasAuthorship W3043399117A5026904646 @default.
- W3043399117 hasAuthorship W3043399117A5032953920 @default.
- W3043399117 hasAuthorship W3043399117A5047600031 @default.
- W3043399117 hasAuthorship W3043399117A5054464310 @default.
- W3043399117 hasAuthorship W3043399117A5055777639 @default.
- W3043399117 hasAuthorship W3043399117A5065437706 @default.
- W3043399117 hasAuthorship W3043399117A5071494860 @default.