Matches in SemOpenAlex for { <https://semopenalex.org/work/W4386002611> ?p ?o ?g. }
- W4386002611 endingPage "598" @default.
- W4386002611 startingPage "590" @default.
- W4386002611 abstract "Zinc ion hybrid capacitors (ZIHCs) are encouraging energy storage devices for large-scale applications. Nevertheless, the electrochemical performance of ZIHCs is often limited by the cathode materials which show low energy density and rate capability practically. One of the efficient strategies to overcome these challenges is the development of advanced carbon cathode materials with abundant physi/chemisorption sites. Herein, we develop a sulfate template strategy to prepare sulfur and oxygen doped carbon nanosheets (SOCNs) as a potential cathode active material for ZIHCs. The as-prepared SOCNs exhibit porous architectures with a large surface area of 1877 m2 g-1, substantial structural defects, and high heteroatom-doped contents (O: 7.9 at%, S: 0.7 at%). These exceptional features are vital to enhancing Zn ion storage. Consequently, the SOCN cathode shows a high capacity of 151 mAh g-1 at 0.1 A g-1, high cycle stability with 83% capacity retention at 5 A g-1 after 4000 cycles, and a superior energy density of 103.1 Wh kg-1. We also investigate the dynamic adsorption/desorption behaviors of Zn ions and anions of the ZIHCs carbon electrodes during the process of charge and discharge by ex-situ experiments. This work highlights the significance of the integration with a large specific surface area and bountiful heteroatoms in carbon electrodes for achieving high-performance ZIHCs." @default.
- W4386002611 created "2023-08-20" @default.
- W4386002611 creator A5007288649 @default.
- W4386002611 creator A5008417356 @default.
- W4386002611 creator A5023689555 @default.
- W4386002611 creator A5025791814 @default.
- W4386002611 creator A5033095130 @default.
- W4386002611 creator A5070475445 @default.
- W4386002611 creator A5076117236 @default.
- W4386002611 creator A5078275961 @default.
- W4386002611 creator A5088866336 @default.
- W4386002611 creator A5089547589 @default.
- W4386002611 date "2023-12-01" @default.
- W4386002611 modified "2023-10-12" @default.
- W4386002611 title "Sulfate template induced S/O doped carbon nanosheets enabling rich physi/chemi-sorption sites for high-performance zinc ion hybrid capacitors" @default.
- W4386002611 cites W1982805474 @default.
- W4386002611 cites W2235679284 @default.
- W4386002611 cites W2329389425 @default.
- W4386002611 cites W2778383455 @default.
- W4386002611 cites W2803297313 @default.
- W4386002611 cites W2808957261 @default.
- W4386002611 cites W2897472833 @default.
- W4386002611 cites W2910629027 @default.
- W4386002611 cites W2914739334 @default.
- W4386002611 cites W2918945040 @default.
- W4386002611 cites W2937025461 @default.
- W4386002611 cites W2972738524 @default.
- W4386002611 cites W2975704102 @default.
- W4386002611 cites W2983127987 @default.
- W4386002611 cites W3004500530 @default.
- W4386002611 cites W3014483721 @default.
- W4386002611 cites W3021760488 @default.
- W4386002611 cites W3033961620 @default.
- W4386002611 cites W3042507551 @default.
- W4386002611 cites W3047209455 @default.
- W4386002611 cites W3081518474 @default.
- W4386002611 cites W3085791575 @default.
- W4386002611 cites W3086144639 @default.
- W4386002611 cites W3087335163 @default.
- W4386002611 cites W3091226249 @default.
- W4386002611 cites W3108775715 @default.
- W4386002611 cites W3118046478 @default.
- W4386002611 cites W3155039157 @default.
- W4386002611 cites W3157153907 @default.
- W4386002611 cites W3166293582 @default.
- W4386002611 cites W3169780793 @default.
- W4386002611 cites W3194245799 @default.
- W4386002611 cites W3201905277 @default.
- W4386002611 cites W3211028339 @default.
- W4386002611 cites W3211635964 @default.
- W4386002611 cites W4200339024 @default.
- W4386002611 cites W4200524492 @default.
- W4386002611 cites W4210675654 @default.
- W4386002611 cites W4210685948 @default.
- W4386002611 cites W4210852176 @default.
- W4386002611 cites W4212966946 @default.
- W4386002611 cites W4214681431 @default.
- W4386002611 cites W4220760979 @default.
- W4386002611 cites W4220834777 @default.
- W4386002611 cites W4224057262 @default.
- W4386002611 cites W4224292180 @default.
- W4386002611 cites W4225632119 @default.
- W4386002611 cites W4283696373 @default.
- W4386002611 cites W4284886396 @default.
- W4386002611 cites W4289526670 @default.
- W4386002611 cites W4291008059 @default.
- W4386002611 cites W4291034653 @default.
- W4386002611 cites W4307030536 @default.
- W4386002611 cites W4307814743 @default.
- W4386002611 cites W4308119583 @default.
- W4386002611 cites W4309928394 @default.
- W4386002611 cites W4310014824 @default.
- W4386002611 cites W4311207356 @default.
- W4386002611 cites W4313529837 @default.
- W4386002611 cites W4313827548 @default.
- W4386002611 cites W4316362738 @default.
- W4386002611 cites W4317867335 @default.
- W4386002611 cites W4323543464 @default.
- W4386002611 cites W4323830614 @default.
- W4386002611 cites W4366748235 @default.
- W4386002611 cites W4366978052 @default.
- W4386002611 cites W4376118453 @default.
- W4386002611 cites W4377195174 @default.
- W4386002611 doi "https://doi.org/10.1016/j.jcis.2023.08.110" @default.
- W4386002611 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37611468" @default.
- W4386002611 hasPublicationYear "2023" @default.
- W4386002611 type Work @default.
- W4386002611 citedByCount "0" @default.
- W4386002611 crossrefType "journal-article" @default.
- W4386002611 hasAuthorship W4386002611A5007288649 @default.
- W4386002611 hasAuthorship W4386002611A5008417356 @default.
- W4386002611 hasAuthorship W4386002611A5023689555 @default.
- W4386002611 hasAuthorship W4386002611A5025791814 @default.
- W4386002611 hasAuthorship W4386002611A5033095130 @default.
- W4386002611 hasAuthorship W4386002611A5070475445 @default.
- W4386002611 hasAuthorship W4386002611A5076117236 @default.
- W4386002611 hasAuthorship W4386002611A5078275961 @default.
- W4386002611 hasAuthorship W4386002611A5088866336 @default.