Matches in SemOpenAlex for { <https://semopenalex.org/work/W4377016740> ?p ?o ?g. }
- W4377016740 endingPage "107700" @default.
- W4377016740 startingPage "107700" @default.
- W4377016740 abstract "The reasonable and logical construction of electrode materials along with greater electrochemical features and solid architectural design is an effective strategy for boosting the electrochemical performance of supercapacitors. In this paper, Ti3C2Tx MXene/CuS composites have been synthesized using an electrostatic attraction connection of negatively charged 2D few-layered Ti3C2Tx MXene sheets with positively charged CuS nanoparticles and are investigated as an asymmetric supercapacitor active material. The addition of MXene enhances the conductivity and specific surface area of the MXene/CuS electrode compared to their individual components. The as-prepared MXene/CuS electrode exhibits a high specific capacity (1541.6C g−1 (2569.3 F g−1)) at 1 A g−1 and an excellent cycle performance with 93.5 % capacity retention after 10,000 cycles. Furthermore, Fe2O3 nanoparticles/reduced graphene oxide (rGO) nanosheets (Fe2O3@rGO) composite electrode is also produced. The designed Fe2O3@rGO negative electrode with a wide operation voltage window of 1.1 V can deliver a capacity of 255.6C g−1 at 1 A g−1. Ultimately, the MXene/CuS//Fe2O3@rGO device displays energy density of 74.1 Wh kg−1 and power density of 849.8 W kg−1. In addition, the ASC shows excellent cycling stability of 91.3 % capacity retention after 10,000 cycles." @default.
- W4377016740 created "2023-05-19" @default.
- W4377016740 creator A5010949964 @default.
- W4377016740 creator A5011600851 @default.
- W4377016740 creator A5049909265 @default.
- W4377016740 creator A5070120794 @default.
- W4377016740 creator A5079754155 @default.
- W4377016740 date "2023-09-01" @default.
- W4377016740 modified "2023-10-16" @default.
- W4377016740 title "Construction of high-performance solid-state asymmetric supercapacitor based on Ti3C2Tx MXene/CuS positive electrode and Fe2O3@rGO negative electrode" @default.
- W4377016740 cites W1975732751 @default.
- W4377016740 cites W1981729886 @default.
- W4377016740 cites W2093596748 @default.
- W4377016740 cites W2152224065 @default.
- W4377016740 cites W2256247319 @default.
- W4377016740 cites W2315077573 @default.
- W4377016740 cites W2331819906 @default.
- W4377016740 cites W2342701378 @default.
- W4377016740 cites W2350917470 @default.
- W4377016740 cites W2496453081 @default.
- W4377016740 cites W2502945088 @default.
- W4377016740 cites W2512409144 @default.
- W4377016740 cites W2600972985 @default.
- W4377016740 cites W2606920347 @default.
- W4377016740 cites W2617602573 @default.
- W4377016740 cites W2697252674 @default.
- W4377016740 cites W2734584755 @default.
- W4377016740 cites W2760102297 @default.
- W4377016740 cites W2765290366 @default.
- W4377016740 cites W2767114479 @default.
- W4377016740 cites W2769235588 @default.
- W4377016740 cites W2777959702 @default.
- W4377016740 cites W2791331043 @default.
- W4377016740 cites W2809899387 @default.
- W4377016740 cites W2811531726 @default.
- W4377016740 cites W2884348853 @default.
- W4377016740 cites W2892061276 @default.
- W4377016740 cites W2892122763 @default.
- W4377016740 cites W2896917029 @default.
- W4377016740 cites W2901859136 @default.
- W4377016740 cites W2903085127 @default.
- W4377016740 cites W2905131636 @default.
- W4377016740 cites W2944805488 @default.
- W4377016740 cites W2952720076 @default.
- W4377016740 cites W2955348384 @default.
- W4377016740 cites W2955953731 @default.
- W4377016740 cites W2966853820 @default.
- W4377016740 cites W2968264408 @default.
- W4377016740 cites W2968804049 @default.
- W4377016740 cites W2969603150 @default.
- W4377016740 cites W2978260892 @default.
- W4377016740 cites W2983659641 @default.
- W4377016740 cites W2987438708 @default.
- W4377016740 cites W2994629093 @default.
- W4377016740 cites W3000229711 @default.
- W4377016740 cites W3003357403 @default.
- W4377016740 cites W3028791596 @default.
- W4377016740 cites W3036194533 @default.
- W4377016740 cites W3093834705 @default.
- W4377016740 cites W3094851779 @default.
- W4377016740 cites W3097832342 @default.
- W4377016740 cites W3111469974 @default.
- W4377016740 cites W3111552243 @default.
- W4377016740 cites W3112116379 @default.
- W4377016740 cites W3117934097 @default.
- W4377016740 cites W3134320766 @default.
- W4377016740 cites W3169772081 @default.
- W4377016740 cites W3179456537 @default.
- W4377016740 cites W3183940891 @default.
- W4377016740 cites W3189955754 @default.
- W4377016740 cites W3197321274 @default.
- W4377016740 cites W3203259850 @default.
- W4377016740 cites W4200200860 @default.
- W4377016740 cites W4200549947 @default.
- W4377016740 cites W4224215050 @default.
- W4377016740 cites W4225695254 @default.
- W4377016740 cites W4251102459 @default.
- W4377016740 cites W4281390725 @default.
- W4377016740 cites W4283362222 @default.
- W4377016740 cites W4283362945 @default.
- W4377016740 cites W4285160165 @default.
- W4377016740 cites W4286449004 @default.
- W4377016740 cites W4289844657 @default.
- W4377016740 cites W4297231282 @default.
- W4377016740 cites W4297992074 @default.
- W4377016740 cites W4308387022 @default.
- W4377016740 cites W4309779848 @default.
- W4377016740 cites W4313420274 @default.
- W4377016740 doi "https://doi.org/10.1016/j.est.2023.107700" @default.
- W4377016740 hasPublicationYear "2023" @default.
- W4377016740 type Work @default.
- W4377016740 citedByCount "0" @default.
- W4377016740 crossrefType "journal-article" @default.
- W4377016740 hasAuthorship W4377016740A5010949964 @default.
- W4377016740 hasAuthorship W4377016740A5011600851 @default.
- W4377016740 hasAuthorship W4377016740A5049909265 @default.
- W4377016740 hasAuthorship W4377016740A5070120794 @default.
- W4377016740 hasAuthorship W4377016740A5079754155 @default.