Matches in SemOpenAlex for { <https://semopenalex.org/work/W4376647577> ?p ?o ?g. }
- W4376647577 endingPage "8326" @default.
- W4376647577 startingPage "8312" @default.
- W4376647577 abstract "Iron-based compounds, which feature the advantages of high specific capacity and inexpensive fabrication, are widely studied as promising anode candidates for the purpose of facilitating their electrical conductivity and structural integrity. Interface engineering and structural confinement are verified as effective methods to improve the sluggish charge transfer kinetics and rapid structural failure during the repeated lithiation/delithiation processes. In this work, we proposed a simple synthesis strategy to construct a space-confined Fe3O4/FeS heterostructure embedded in pyrolytic carbon (Fe3O4/FeS@C). The Fe3O4/FeS heterogeneous interface facilitates combination of the advantages of each component (Fe3O4 and FeS) and constructs a built-in electric field to promote the charge transport in the Fe3O4/FeS@C anode. The space-confined structure contributes to maintaining the structural stability by buffering the volumetric variation and suppressing the aggregation of active particles. Profiting from the synergism of the engineering of heterogeneous interfaces and the feature of confined structure, Fe3O4/FeS@C manifests an excellent rate capability (913.74 mA h·g–1 at 200 mA·g–1 and 535.79 mA h·g–1 at 6400 mA·g–1) and a stable cycling performance (439.8 mA h·g–1 after 1000 cycles at 3200 mA·g–1) as a competitive anode for lithium-ion batteries. The density functional theory (DFT) calculations demonstrate that the introduction of a heterogeneous interface enhances the adsorption of Li-ions, improves the electrical conductivity, as well as promotes interfacial electron/ion transfer kinetics." @default.
- W4376647577 created "2023-05-17" @default.
- W4376647577 creator A5003252825 @default.
- W4376647577 creator A5005822420 @default.
- W4376647577 creator A5006650222 @default.
- W4376647577 creator A5038669817 @default.
- W4376647577 creator A5046105120 @default.
- W4376647577 creator A5051617727 @default.
- W4376647577 creator A5055845969 @default.
- W4376647577 date "2023-05-16" @default.
- W4376647577 modified "2023-10-12" @default.
- W4376647577 title "Interface Engineering of Space-Confined Fe<sub>3</sub>O<sub>4</sub>/FeS Heterostructures: Synergistic Effect and Ultrastable Li Storage" @default.
- W4376647577 cites W2193489268 @default.
- W4376647577 cites W2567505432 @default.
- W4376647577 cites W2603637882 @default.
- W4376647577 cites W2753090655 @default.
- W4376647577 cites W2761029217 @default.
- W4376647577 cites W2781496038 @default.
- W4376647577 cites W2791652308 @default.
- W4376647577 cites W2801873687 @default.
- W4376647577 cites W2804306071 @default.
- W4376647577 cites W2805318464 @default.
- W4376647577 cites W2805884624 @default.
- W4376647577 cites W2883672318 @default.
- W4376647577 cites W2886796259 @default.
- W4376647577 cites W2888033101 @default.
- W4376647577 cites W2889207074 @default.
- W4376647577 cites W2897207792 @default.
- W4376647577 cites W2901608349 @default.
- W4376647577 cites W2906826859 @default.
- W4376647577 cites W2907518101 @default.
- W4376647577 cites W2915068968 @default.
- W4376647577 cites W2929765164 @default.
- W4376647577 cites W2941089621 @default.
- W4376647577 cites W2945772052 @default.
- W4376647577 cites W2969045281 @default.
- W4376647577 cites W2969520374 @default.
- W4376647577 cites W2972414734 @default.
- W4376647577 cites W2974507283 @default.
- W4376647577 cites W2996256439 @default.
- W4376647577 cites W2999389871 @default.
- W4376647577 cites W3001704679 @default.
- W4376647577 cites W3011448832 @default.
- W4376647577 cites W3011681989 @default.
- W4376647577 cites W3011809734 @default.
- W4376647577 cites W3015932602 @default.
- W4376647577 cites W3022238000 @default.
- W4376647577 cites W3029111040 @default.
- W4376647577 cites W3035454078 @default.
- W4376647577 cites W3045077043 @default.
- W4376647577 cites W3045825572 @default.
- W4376647577 cites W3048280024 @default.
- W4376647577 cites W3082735029 @default.
- W4376647577 cites W3087146560 @default.
- W4376647577 cites W3097546299 @default.
- W4376647577 cites W3108343851 @default.
- W4376647577 cites W3111861106 @default.
- W4376647577 cites W3124084726 @default.
- W4376647577 cites W3124727908 @default.
- W4376647577 cites W3126544022 @default.
- W4376647577 cites W3127922598 @default.
- W4376647577 cites W3130545061 @default.
- W4376647577 cites W3152972765 @default.
- W4376647577 cites W3154638055 @default.
- W4376647577 cites W3157376626 @default.
- W4376647577 cites W3157849695 @default.
- W4376647577 cites W3160476284 @default.
- W4376647577 cites W3164415374 @default.
- W4376647577 cites W3170717780 @default.
- W4376647577 cites W3175415974 @default.
- W4376647577 cites W3175899880 @default.
- W4376647577 cites W3186334351 @default.
- W4376647577 cites W3191590824 @default.
- W4376647577 cites W3200105125 @default.
- W4376647577 cites W3205007473 @default.
- W4376647577 cites W3206464726 @default.
- W4376647577 cites W3207654404 @default.
- W4376647577 cites W3216468095 @default.
- W4376647577 cites W4200032132 @default.
- W4376647577 cites W4200283405 @default.
- W4376647577 cites W4200394246 @default.
- W4376647577 cites W4200465817 @default.
- W4376647577 cites W4205814230 @default.
- W4376647577 cites W4210947584 @default.
- W4376647577 cites W4224248326 @default.
- W4376647577 cites W4225252231 @default.
- W4376647577 cites W4228996820 @default.
- W4376647577 cites W4280532284 @default.
- W4376647577 cites W4280621035 @default.
- W4376647577 cites W4281916308 @default.
- W4376647577 cites W4283781412 @default.
- W4376647577 cites W4296696959 @default.
- W4376647577 doi "https://doi.org/10.1021/acs.iecr.3c00559" @default.
- W4376647577 hasPublicationYear "2023" @default.
- W4376647577 type Work @default.
- W4376647577 citedByCount "0" @default.
- W4376647577 crossrefType "journal-article" @default.
- W4376647577 hasAuthorship W4376647577A5003252825 @default.