FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4328103259> ?p ?o ?g. }

• W4328103259 endingPage "169732" @default.
• W4328103259 startingPage "169732" @default.
• W4328103259 abstract "Due to their outstanding electrochemical properties, transition metal sulfides and hydroxides are often used as high-performance electrode materials for supercapacitors. The Mn-doped Co(OH)2/Ni3S4 electrode material in this study, due to the synergistic reaction mechanism among Co(OH)2 and Ni3S4 and the increased active sites by the addition of Mn, the Mn-Co(OH)2/Ni3S4 exhibits excellent electrochemical property. The electrochemical performance of the Mn-Co(OH)2/Ni3S4 hybrid electrode was measured in an electrode cell made of 2 M KOH solution, showing a superior specific capacitance of 1107.0 C g−1 at 0.5 A g−1, in addition to the excellent capacity retention rate at 10 A g−1 is 72.7 % of that at 1 A g−1. The performance of the hybrid supercapacitor (HSC) assembled with Mn-Co(OH)2/Ni3S4 compound and activated carbon (AC) was measured under the same electrolyte conditions, anwell-specificific capacity (157.2 F g−1 at 0.5 A g−1) was achieved, along with superior long-term stable charge/discharge capability (88.9 % of the original specific capacity after 35,000 cycles at 8 A g−1). Meanwhile, the most practical application is when the power density of 410.4 W kg−1, the assembled HSC device has an energy storage capacity of 58.8 W h kg−1, revealing that the developed Mn-Co(OH)2/Ni3S4 has great application potential for supercapacitors in the future." @default.
• W4328103259 created "2023-03-22" @default.
• W4328103259 creator A5003486476 @default.
• W4328103259 creator A5015674482 @default.
• W4328103259 creator A5021775481 @default.
• W4328103259 creator A5025465421 @default.
• W4328103259 creator A5052760243 @default.
• W4328103259 creator A5076049630 @default.
• W4328103259 creator A5079293422 @default.
• W4328103259 creator A5086922590 @default.
• W4328103259 creator A5087832525 @default.
• W4328103259 date "2023-07-01" @default.
• W4328103259 modified "2023-10-09" @default.
• W4328103259 title "Ni3S4 nanoparticle decorated Mn doped Co(OH)2 nanosheets as electrodes of hybrid supercapacitors with high energy density and long-term cycle stability" @default.
• W4328103259 cites W1967361019 @default.
• W4328103259 cites W2061698322 @default.
• W4328103259 cites W2164086504 @default.
• W4328103259 cites W2187594337 @default.
• W4328103259 cites W2278343144 @default.
• W4328103259 cites W2600760439 @default.
• W4328103259 cites W2608633410 @default.
• W4328103259 cites W2620950848 @default.
• W4328103259 cites W2745530207 @default.
• W4328103259 cites W2763593314 @default.
• W4328103259 cites W2789298507 @default.
• W4328103259 cites W2804527770 @default.
• W4328103259 cites W2809969258 @default.
• W4328103259 cites W2810140750 @default.
• W4328103259 cites W2823532626 @default.
• W4328103259 cites W2885460784 @default.
• W4328103259 cites W2887197190 @default.
• W4328103259 cites W2890777289 @default.
• W4328103259 cites W2892938869 @default.
• W4328103259 cites W2910243389 @default.
• W4328103259 cites W2921082704 @default.
• W4328103259 cites W2921359930 @default.
• W4328103259 cites W2921396963 @default.
• W4328103259 cites W2921410261 @default.
• W4328103259 cites W2924409857 @default.
• W4328103259 cites W2928552506 @default.
• W4328103259 cites W2941042828 @default.
• W4328103259 cites W2967559882 @default.
• W4328103259 cites W2969535598 @default.
• W4328103259 cites W2971481030 @default.
• W4328103259 cites W2972282115 @default.
• W4328103259 cites W2992253672 @default.
• W4328103259 cites W2995151385 @default.
• W4328103259 cites W3000227490 @default.
• W4328103259 cites W3000707352 @default.
• W4328103259 cites W3002328714 @default.
• W4328103259 cites W3003520150 @default.
• W4328103259 cites W3006009788 @default.
• W4328103259 cites W3012171416 @default.
• W4328103259 cites W3017015516 @default.
• W4328103259 cites W3021987293 @default.
• W4328103259 cites W3022297872 @default.
• W4328103259 cites W3023166327 @default.
• W4328103259 cites W3029130179 @default.
• W4328103259 cites W3030669126 @default.
• W4328103259 cites W3035291974 @default.
• W4328103259 cites W3036194533 @default.
• W4328103259 cites W3037662909 @default.
• W4328103259 cites W3041170126 @default.
• W4328103259 cites W3044267271 @default.
• W4328103259 cites W3083446849 @default.
• W4328103259 cites W3083778082 @default.
• W4328103259 cites W3084042255 @default.
• W4328103259 cites W3097270365 @default.
• W4328103259 cites W3109608122 @default.
• W4328103259 cites W3117676422 @default.
• W4328103259 cites W3118225093 @default.
• W4328103259 cites W3121815608 @default.
• W4328103259 cites W3125765501 @default.
• W4328103259 cites W3130846169 @default.
• W4328103259 cites W3155394360 @default.
• W4328103259 cites W3156603293 @default.
• W4328103259 cites W3158529462 @default.
• W4328103259 cites W3163306704 @default.
• W4328103259 cites W3164074766 @default.
• W4328103259 cites W3173490313 @default.
• W4328103259 cites W3216828878 @default.
• W4328103259 cites W4200000454 @default.
• W4328103259 cites W4200200860 @default.
• W4328103259 cites W4200209134 @default.
• W4328103259 cites W4200480815 @default.
• W4328103259 cites W4210900273 @default.
• W4328103259 cites W4220736740 @default.
• W4328103259 cites W4220993866 @default.
• W4328103259 cites W4226490863 @default.
• W4328103259 cites W4283066897 @default.
• W4328103259 cites W4298325654 @default.
• W4328103259 doi "https://doi.org/10.1016/j.jallcom.2023.169732" @default.
• W4328103259 hasPublicationYear "2023" @default.
• W4328103259 type Work @default.
• W4328103259 citedByCount "2" @default.
• W4328103259 countsByYear W43281032592023 @default.
• W4328103259 crossrefType "journal-article" @default.
• W4328103259 hasAuthorship W4328103259A5003486476 @default.

• next