Matches in SemOpenAlex for { <https://semopenalex.org/work/W4294012140> ?p ?o ?g. }
- W4294012140 abstract "Abstract Iron oxide (Fe 2 O 3 ) is an abundant and potentially low‐cost material for fabricating lithium‐ion battery anodes. Here, the growth of α‐Fe 2 O 3 nano‐flowers at an electrified liquid–liquid interface is demonstrated. Sonication is used to convert these flowers into quasi‐2D platelets with lateral sizes in the range of hundreds of nanometers and thicknesses in the range of tens of nanometers. These nanoplatelets can be combined with carbon nanotubes to form porous, conductive composites which can be used as electrodes in lithium‐ion batteries. Using a standard activation process, these anodes display good cycling stability, reasonable rate performance and low‐rate capacities approaching 1500 mAh g −1 , consistent with the current state‐of‐the‐art for Fe 2 O 3 . However, by using an extended activation process, it is found that the morphology of these composites can be significantly changed, rendering the iron oxide amorphous and significantly increasing the porosity and internal surface area. These morphological changes yield anodes with very good cycling stability and low‐rate capacity exceeding 2000 mAh g −1 , which is competitive with the best anode materials in the literature. However, the data implies that, after activation, the iron oxide displays a reduced solid‐state lithium‐ion diffusion coefficient resulting in somewhat degraded rate performance." @default.
- W4294012140 created "2022-09-01" @default.
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- W4294012140 date "2022-09-01" @default.
- W4294012140 modified "2023-10-15" @default.
- W4294012140 title "Liquid Processing of Interfacially Grown Iron‐Oxide Flowers into 2D‐Platelets Yields Lithium‐Ion Battery Anodes with Capacities of Twice the Theoretical Value" @default.
- W4294012140 cites W1975192769 @default.
- W4294012140 cites W1981644407 @default.
- W4294012140 cites W1992732132 @default.
- W4294012140 cites W1993757629 @default.
- W4294012140 cites W2012956960 @default.
- W4294012140 cites W2016895472 @default.
- W4294012140 cites W2019903682 @default.
- W4294012140 cites W2038448566 @default.
- W4294012140 cites W2045848091 @default.
- W4294012140 cites W2049551896 @default.
- W4294012140 cites W2049629762 @default.
- W4294012140 cites W2059180887 @default.
- W4294012140 cites W2065077785 @default.
- W4294012140 cites W2080032753 @default.
- W4294012140 cites W2084011033 @default.
- W4294012140 cites W2084402364 @default.
- W4294012140 cites W2085537249 @default.
- W4294012140 cites W2097440489 @default.
- W4294012140 cites W2104372937 @default.
- W4294012140 cites W2112222328 @default.
- W4294012140 cites W2112242801 @default.
- W4294012140 cites W2117240351 @default.
- W4294012140 cites W2123405170 @default.
- W4294012140 cites W2125612486 @default.
- W4294012140 cites W2138285500 @default.
- W4294012140 cites W2144970423 @default.
- W4294012140 cites W2153125145 @default.
- W4294012140 cites W2165016192 @default.
- W4294012140 cites W2261926097 @default.
- W4294012140 cites W2287360785 @default.
- W4294012140 cites W2320856340 @default.
- W4294012140 cites W2330665817 @default.
- W4294012140 cites W2342453385 @default.
- W4294012140 cites W2401877009 @default.
- W4294012140 cites W2403339263 @default.
- W4294012140 cites W2545690893 @default.
- W4294012140 cites W2552330092 @default.
- W4294012140 cites W2735747889 @default.
- W4294012140 cites W2750949757 @default.
- W4294012140 cites W2751578511 @default.
- W4294012140 cites W2783056167 @default.
- W4294012140 cites W2784532118 @default.
- W4294012140 cites W2793695449 @default.
- W4294012140 cites W2800391241 @default.
- W4294012140 cites W2884370725 @default.
- W4294012140 cites W2898263618 @default.
- W4294012140 cites W2898767632 @default.
- W4294012140 cites W2919091816 @default.
- W4294012140 cites W2922397723 @default.
- W4294012140 cites W2936616638 @default.
- W4294012140 cites W2945427467 @default.
- W4294012140 cites W2945538276 @default.
- W4294012140 cites W2948545629 @default.
- W4294012140 cites W2950438942 @default.
- W4294012140 cites W2959946421 @default.
- W4294012140 cites W2963385089 @default.
- W4294012140 cites W2981523726 @default.
- W4294012140 cites W3003860235 @default.
- W4294012140 cites W3004818430 @default.
- W4294012140 cites W3009810396 @default.
- W4294012140 cites W3016345855 @default.
- W4294012140 cites W3028405392 @default.
- W4294012140 cites W3037830571 @default.
- W4294012140 cites W3049277610 @default.
- W4294012140 cites W3083625612 @default.
- W4294012140 cites W3088666720 @default.
- W4294012140 cites W3092954086 @default.
- W4294012140 cites W3103074754 @default.
- W4294012140 cites W3117326471 @default.
- W4294012140 cites W3121083937 @default.
- W4294012140 cites W3136204527 @default.
- W4294012140 cites W3194066653 @default.
- W4294012140 cites W3196840038 @default.
- W4294012140 cites W4221006321 @default.
- W4294012140 cites W4221104509 @default.
- W4294012140 cites W4283389801 @default.
- W4294012140 cites W4297675148 @default.
- W4294012140 doi "https://doi.org/10.1002/smll.202203918" @default.
- W4294012140 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36047959" @default.
- W4294012140 hasPublicationYear "2022" @default.
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