FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2892133732> ?p ?o ?g. }

• W2892133732 endingPage "34253" @default.
• W2892133732 startingPage "34245" @default.
• W2892133732 abstract "Carbon materials with high initial Coulombic efficiency (ICE) and specific capacity in lithium-ion batteries are highly attractive. Herein, P-doped carbon has been prepared, and as an anode for lithium-ion batteries, it exhibits remarkably improved ICE and reversible capacity. P atoms are apt for the formation of the P-O bond in carbon with oxygen-containing groups. The doped P content strongly depends on the O content in carbon. The high-doped P content of 5.79 at. % can be obtained through changing the O content in carbon. Carbon with high contents of P and O displays high ICE and capacity as an anode for lithium-ion batteries. The P-O bond in carbon changes the morphology and composition of the solid electrolyte interface (SEI) layer and is beneficial to the formation of a thin and dense SEI layer. The P-O bond in carbon prevents the permeation and decomposition of solvated PF6- in the interior of the electrode during cycling, resulting in the improved ICE, reversible capacity, and rate capability. As an anode for lithium-ion batteries, the ICE can be improved to 70.9% for carbon with the P-O bond from 36.9% for carbon without the P-O bond. Carbon with the P-O bond displays high specific capacities of 566 mA h g-1 after 100 cycles at 0.1 A g-1 and 432 mA h g-1 after 1000 cycles at 1 A g-1. This design offers a simple and efficient method to improve the ICE and reversible capacity of hard carbon." @default.
• W2892133732 created "2018-09-27" @default.
• W2892133732 creator A5009805404 @default.
• W2892133732 creator A5010898318 @default.
• W2892133732 creator A5043615857 @default.
• W2892133732 creator A5050451742 @default.
• W2892133732 creator A5058533540 @default.
• W2892133732 creator A5076712345 @default.
• W2892133732 creator A5085792374 @default.
• W2892133732 date "2018-09-14" @default.
• W2892133732 modified "2023-10-16" @default.
• W2892133732 title "Achieving a High-Performance Carbon Anode through the P–O Bond for Lithium-Ion Batteries" @default.
• W2892133732 cites W1166011494 @default.
• W2892133732 cites W1872001489 @default.
• W2892133732 cites W1949231392 @default.
• W2892133732 cites W1964729006 @default.
• W2892133732 cites W1966858105 @default.
• W2892133732 cites W1970572145 @default.
• W2892133732 cites W1992732132 @default.
• W2892133732 cites W1998215414 @default.
• W2892133732 cites W2005476131 @default.
• W2892133732 cites W2006318126 @default.
• W2892133732 cites W2009310176 @default.
• W2892133732 cites W2014030093 @default.
• W2892133732 cites W2014862314 @default.
• W2892133732 cites W2016365520 @default.
• W2892133732 cites W2029817687 @default.
• W2892133732 cites W2035033336 @default.
• W2892133732 cites W2045082158 @default.
• W2892133732 cites W2058082286 @default.
• W2892133732 cites W2068175457 @default.
• W2892133732 cites W2069462334 @default.
• W2892133732 cites W2070404349 @default.
• W2892133732 cites W2077315625 @default.
• W2892133732 cites W2077937117 @default.
• W2892133732 cites W2081093226 @default.
• W2892133732 cites W2084663232 @default.
• W2892133732 cites W2088967793 @default.
• W2892133732 cites W2090045000 @default.
• W2892133732 cites W2104840398 @default.
• W2892133732 cites W2109738153 @default.
• W2892133732 cites W2110121788 @default.
• W2892133732 cites W2123736674 @default.
• W2892133732 cites W2143385886 @default.
• W2892133732 cites W2161535857 @default.
• W2892133732 cites W2163187674 @default.
• W2892133732 cites W2166808806 @default.
• W2892133732 cites W2167279986 @default.
• W2892133732 cites W2170373380 @default.
• W2892133732 cites W2205963256 @default.
• W2892133732 cites W2224180898 @default.
• W2892133732 cites W2228665277 @default.
• W2892133732 cites W2243354830 @default.
• W2892133732 cites W2283588039 @default.
• W2892133732 cites W2293890079 @default.
• W2892133732 cites W2313492702 @default.
• W2892133732 cites W2321795668 @default.
• W2892133732 cites W2324218260 @default.
• W2892133732 cites W2399966197 @default.
• W2892133732 cites W2402351493 @default.
• W2892133732 cites W2402370863 @default.
• W2892133732 cites W2465685816 @default.
• W2892133732 cites W2500158120 @default.
• W2892133732 cites W2520783495 @default.
• W2892133732 cites W2520851564 @default.
• W2892133732 cites W2556400068 @default.
• W2892133732 cites W2564825425 @default.
• W2892133732 cites W2602675189 @default.
• W2892133732 cites W2624803599 @default.
• W2892133732 cites W2748776390 @default.
• W2892133732 cites W2750650647 @default.
• W2892133732 cites W2763007076 @default.
• W2892133732 cites W2763061948 @default.
• W2892133732 cites W2763375899 @default.
• W2892133732 cites W2772601979 @default.
• W2892133732 cites W2786488721 @default.
• W2892133732 cites W2790804029 @default.
• W2892133732 cites W2801590057 @default.
• W2892133732 cites W2803882131 @default.
• W2892133732 cites W2807811514 @default.
• W2892133732 cites W2807938463 @default.
• W2892133732 cites W2884424609 @default.
• W2892133732 cites W3023435578 @default.
• W2892133732 cites W3167428854 @default.
• W2892133732 cites W4382140647 @default.
• W2892133732 cites W654726914 @default.
• W2892133732 cites W827064138 @default.
• W2892133732 doi "https://doi.org/10.1021/acsami.8b11243" @default.
• W2892133732 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30215504" @default.
• W2892133732 hasPublicationYear "2018" @default.
• W2892133732 type Work @default.
• W2892133732 sameAs 2892133732 @default.
• W2892133732 citedByCount "52" @default.
• W2892133732 countsByYear W28921337322018 @default.
• W2892133732 countsByYear W28921337322019 @default.
• W2892133732 countsByYear W28921337322020 @default.
• W2892133732 countsByYear W28921337322021 @default.
• W2892133732 countsByYear W28921337322022 @default.

• next