FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3203211306> ?p ?o ?g. }

• W3203211306 endingPage "48827" @default.
• W3203211306 startingPage "48818" @default.
• W3203211306 abstract "Organics with the merit of renewability have been viewed as the promising alternative of inorganic electrode materials in lithium-ion batteries, but most of them display inferior performance due to the sluggish ion/electron diffusion and the potential dissolution in aprotic electrolytes. Here, covalent triazine frameworks (CTFs-1), full of vertical pores and layered spaces for Li+ transfer, have been synthesized with p-dicyanobenzene as the monomer by a facile two-step method including a prepolymerization with CF3SO3H as the catalyst and deep polymerization in molten ZnCl2. CTFs-1-400, obtained at the deep polymerization temperature of 400 °C, exhibits the superlithiation property with the specific capacities of 1626 mA h g-1 at 25 °C and 1913 mA h g-1 at 45 °C at 100 mA g-1, indicating the formation of Li6C6/Li6C3N3 in the reduction process. Electrochemical analysis and density functional theory calculation indicate that the ultrahigh capacity is mainly contributed by the capacitance of micropores and the redox capacity of benzene and triazine rings. Moreover, CTFs-1-400 displays the specific capacity of 740 mA h g-1 for 1000 cycles at 1 A g-1 with almost no capacity fading." @default.
• W3203211306 created "2021-10-11" @default.
• W3203211306 creator A5004947965 @default.
• W3203211306 creator A5021649497 @default.
• W3203211306 creator A5031879513 @default.
• W3203211306 creator A5034009371 @default.
• W3203211306 creator A5034862640 @default.
• W3203211306 creator A5042190039 @default.
• W3203211306 creator A5044544424 @default.
• W3203211306 creator A5054813635 @default.
• W3203211306 creator A5069112934 @default.
• W3203211306 date "2021-10-06" @default.
• W3203211306 modified "2023-10-16" @default.
• W3203211306 title "Superlithiation Performance of Covalent Triazine Frameworks as Anodes in Lithium-Ion Batteries" @default.
• W3203211306 cites W1802379429 @default.
• W3203211306 cites W1949231392 @default.
• W3203211306 cites W1968310770 @default.
• W3203211306 cites W1975754294 @default.
• W3203211306 cites W1979627281 @default.
• W3203211306 cites W1986575958 @default.
• W3203211306 cites W1998607795 @default.
• W3203211306 cites W2014512753 @default.
• W3203211306 cites W2020238455 @default.
• W3203211306 cites W2060243754 @default.
• W3203211306 cites W2065510206 @default.
• W3203211306 cites W2066943025 @default.
• W3203211306 cites W2095126539 @default.
• W3203211306 cites W2104015519 @default.
• W3203211306 cites W2110599562 @default.
• W3203211306 cites W2116925843 @default.
• W3203211306 cites W2127886939 @default.
• W3203211306 cites W2135317516 @default.
• W3203211306 cites W2136588619 @default.
• W3203211306 cites W2142021743 @default.
• W3203211306 cites W2163167115 @default.
• W3203211306 cites W2167214625 @default.
• W3203211306 cites W2283475756 @default.
• W3203211306 cites W2285977615 @default.
• W3203211306 cites W2327311573 @default.
• W3203211306 cites W2330915705 @default.
• W3203211306 cites W2331292442 @default.
• W3203211306 cites W2335844201 @default.
• W3203211306 cites W2414107837 @default.
• W3203211306 cites W2416839441 @default.
• W3203211306 cites W2498063051 @default.
• W3203211306 cites W2756168051 @default.
• W3203211306 cites W2765468456 @default.
• W3203211306 cites W2768102481 @default.
• W3203211306 cites W2768192251 @default.
• W3203211306 cites W2768660995 @default.
• W3203211306 cites W2790125929 @default.
• W3203211306 cites W2795408376 @default.
• W3203211306 cites W2800921688 @default.
• W3203211306 cites W2805857153 @default.
• W3203211306 cites W2808454618 @default.
• W3203211306 cites W2895970620 @default.
• W3203211306 cites W2902635535 @default.
• W3203211306 cites W2908112480 @default.
• W3203211306 cites W2910682060 @default.
• W3203211306 cites W2948833974 @default.
• W3203211306 cites W2950875753 @default.
• W3203211306 cites W2954808849 @default.
• W3203211306 cites W2989721295 @default.
• W3203211306 cites W2991677184 @default.
• W3203211306 cites W2998257846 @default.
• W3203211306 cites W3006256853 @default.
• W3203211306 cites W3009673249 @default.
• W3203211306 cites W3014106839 @default.
• W3203211306 cites W3023123403 @default.
• W3203211306 cites W3036000814 @default.
• W3203211306 cites W3040801305 @default.
• W3203211306 cites W3042127457 @default.
• W3203211306 cites W3045183021 @default.
• W3203211306 cites W3092495483 @default.
• W3203211306 cites W3110561175 @default.
• W3203211306 cites W3117089156 @default.
• W3203211306 cites W4251165743 @default.
• W3203211306 cites W606815474 @default.
• W3203211306 cites W751379321 @default.
• W3203211306 doi "https://doi.org/10.1021/acsami.1c14838" @default.
• W3203211306 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34613705" @default.
• W3203211306 hasPublicationYear "2021" @default.
• W3203211306 type Work @default.
• W3203211306 sameAs 3203211306 @default.
• W3203211306 citedByCount "11" @default.
• W3203211306 countsByYear W32032113062022 @default.
• W3203211306 countsByYear W32032113062023 @default.
• W3203211306 crossrefType "journal-article" @default.
• W3203211306 hasAuthorship W3203211306A5004947965 @default.
• W3203211306 hasAuthorship W3203211306A5021649497 @default.
• W3203211306 hasAuthorship W3203211306A5031879513 @default.
• W3203211306 hasAuthorship W3203211306A5034009371 @default.
• W3203211306 hasAuthorship W3203211306A5034862640 @default.
• W3203211306 hasAuthorship W3203211306A5042190039 @default.
• W3203211306 hasAuthorship W3203211306A5044544424 @default.
• W3203211306 hasAuthorship W3203211306A5054813635 @default.
• W3203211306 hasAuthorship W3203211306A5069112934 @default.
• W3203211306 hasConcept C123669783 @default.

• next