FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2913000577> ?p ?o ?g. }

• W2913000577 endingPage "71" @default.
• W2913000577 startingPage "62" @default.
• W2913000577 abstract "Abstract Nanostructured electrode materials have significant potential for boosting the electrochemical performance of secondary batteries. Fabrication of these nanomaterials with a facile and cost-effective route is crucial for their practical applications. Herein, α-Fe2O3 nanocrystals are prepared by a rather simple and low-cost one-step thermal decomposition method with FeSO4·7H2O and glucose as raw materials. When evaluated as anode material for lithium ion batteries, the α-Fe2O3 nanocrystals electrode exhibits a high reversible capacity of 1100 mAh g−1 at 1 A g−1 after 300 cycles; The long-term cyclability shows 690 mAh g−1 at 3 A g−1 after 800 cycles; Even when the current is increased to 10 A g−1, a comparable capacity of 406 mAh g−1 is retained. The microstructure and composition evolutions of the α-Fe2O3 electrode during cycling are analyzed by ex-situ field emission scanning electron microscope, transmission electron microscopy, Fourier transform infrared spectra, and X-ray photoelectron spectroscopy measurements. It is evidenced that the reversible interfacial lithium storage and pulverization of α-Fe2O3 nanocrystals are contributors to the enhanced capacity upon long-term cycling. When applied in a full cell lithium ion battery, the α-Fe2O3 nanocrystals electrode still display a high capacity and good cycling stability." @default.
• W2913000577 created "2019-02-21" @default.
• W2913000577 creator A5007058095 @default.
• W2913000577 creator A5053828274 @default.
• W2913000577 creator A5057270098 @default.
• W2913000577 creator A5062788756 @default.
• W2913000577 creator A5066631012 @default.
• W2913000577 date "2019-03-01" @default.
• W2913000577 modified "2023-10-12" @default.
• W2913000577 title "Facile and efficient synthesis of α-Fe2O3 nanocrystals by glucose-assisted thermal decomposition method and its application in lithium ion batteries" @default.
• W2913000577 cites W1626854854 @default.
• W2913000577 cites W1968155623 @default.
• W2913000577 cites W1974682664 @default.
• W2913000577 cites W1992217203 @default.
• W2913000577 cites W1993254739 @default.
• W2913000577 cites W2004432407 @default.
• W2913000577 cites W2006134267 @default.
• W2913000577 cites W2016895472 @default.
• W2913000577 cites W2024899637 @default.
• W2913000577 cites W2026800066 @default.
• W2913000577 cites W2038064573 @default.
• W2913000577 cites W2040399786 @default.
• W2913000577 cites W2041708682 @default.
• W2913000577 cites W2050569804 @default.
• W2913000577 cites W2051478997 @default.
• W2913000577 cites W2062601976 @default.
• W2913000577 cites W2063214906 @default.
• W2913000577 cites W2071120670 @default.
• W2913000577 cites W2073245702 @default.
• W2913000577 cites W2073699590 @default.
• W2913000577 cites W2073751755 @default.
• W2913000577 cites W2079064845 @default.
• W2913000577 cites W2088194060 @default.
• W2913000577 cites W2097722076 @default.
• W2913000577 cites W2099643004 @default.
• W2913000577 cites W2118844331 @default.
• W2913000577 cites W2140347168 @default.
• W2913000577 cites W2152043273 @default.
• W2913000577 cites W2228798485 @default.
• W2913000577 cites W2232535123 @default.
• W2913000577 cites W2237532611 @default.
• W2913000577 cites W2283122567 @default.
• W2913000577 cites W2292439745 @default.
• W2913000577 cites W2296427855 @default.
• W2913000577 cites W2318878244 @default.
• W2913000577 cites W2319255840 @default.
• W2913000577 cites W2327183760 @default.
• W2913000577 cites W2329610621 @default.
• W2913000577 cites W2330501807 @default.
• W2913000577 cites W2466116126 @default.
• W2913000577 cites W2493484836 @default.
• W2913000577 cites W2516911040 @default.
• W2913000577 cites W2528678470 @default.
• W2913000577 cites W2531634355 @default.
• W2913000577 cites W2550158581 @default.
• W2913000577 cites W2553326531 @default.
• W2913000577 cites W2560682182 @default.
• W2913000577 cites W2562898362 @default.
• W2913000577 cites W2567544512 @default.
• W2913000577 cites W2571736116 @default.
• W2913000577 cites W2575474692 @default.
• W2913000577 cites W2590717304 @default.
• W2913000577 cites W2590902309 @default.
• W2913000577 cites W2601693292 @default.
• W2913000577 cites W2606097513 @default.
• W2913000577 cites W2613060427 @default.
• W2913000577 cites W2618879070 @default.
• W2913000577 cites W2620222974 @default.
• W2913000577 cites W2625820229 @default.
• W2913000577 cites W2670140919 @default.
• W2913000577 cites W2691633370 @default.
• W2913000577 cites W2738115013 @default.
• W2913000577 cites W2749411155 @default.
• W2913000577 cites W2765663037 @default.
• W2913000577 cites W2765688457 @default.
• W2913000577 cites W2766583778 @default.
• W2913000577 cites W2772204860 @default.
• W2913000577 cites W2781572759 @default.
• W2913000577 cites W2785782051 @default.
• W2913000577 cites W2795747837 @default.
• W2913000577 cites W2800810454 @default.
• W2913000577 cites W2804863557 @default.
• W2913000577 cites W2885539610 @default.
• W2913000577 cites W4253027086 @default.
• W2913000577 doi "https://doi.org/10.1016/j.jpowsour.2019.01.080" @default.
• W2913000577 hasPublicationYear "2019" @default.
• W2913000577 type Work @default.
• W2913000577 sameAs 2913000577 @default.
• W2913000577 citedByCount "146" @default.
• W2913000577 countsByYear W29130005772019 @default.
• W2913000577 countsByYear W29130005772020 @default.
• W2913000577 countsByYear W29130005772021 @default.
• W2913000577 countsByYear W29130005772022 @default.
• W2913000577 countsByYear W29130005772023 @default.
• W2913000577 crossrefType "journal-article" @default.
• W2913000577 hasAuthorship W2913000577A5007058095 @default.
• W2913000577 hasAuthorship W2913000577A5053828274 @default.
• W2913000577 hasAuthorship W2913000577A5057270098 @default.

• next