FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2988272412> ?p ?o ?g. }

• W2988272412 endingPage "4111" @default.
• W2988272412 startingPage "4104" @default.
• W2988272412 abstract "Multi-component tungsten carbide-based hybrid materials featuring different heteroatom dopants coated with X,N dual-doped carbon layers (X/W2 C@X,N-C, XWXNC) were prepared by selecting Keggin-type polyoxometalates (POMs) (NH4 )n [XW12 O40 ] (X=Co, Si, Ge, B, and P) and dicyandiamide (DCA) as precursors. The electrocatalytic activity of these nanocomposites as counter electrode (CE) catalysts for dye-sensitized solar cells (DSSCs) was systematically investigated. Structure characterizations show that X,N heteroatoms were successfully introduced into the W2 C and carbon frameworks. The obtained X,N dual-doped carbon layers were modified and loaded with W2 C nanoparticles, promoting the improvement of catalytic performance by a synergistic effect. The consequence of photoelectric conversion efficiency (PCE) is CoWCoNC (6.68 %)>SiWSiNC (6.56 %)>GeWGeNC (6.49 %)>BWBNC (6.45 %)>PWPNC (6.20 %)>WNC (6.05 %). With the increase in electronegativity of the dopants, the photovoltaic performance decreases in a reverse order. This work provides a shortcut to the rational design of highly efficient and cost-effective catalysts for DSSCs." @default.
• W2988272412 created "2019-11-22" @default.
• W2988272412 creator A5017406779 @default.
• W2988272412 creator A5026694481 @default.
• W2988272412 creator A5026769100 @default.
• W2988272412 creator A5029988151 @default.
• W2988272412 creator A5046478796 @default.
• W2988272412 creator A5057797547 @default.
• W2988272412 creator A5068080767 @default.
• W2988272412 creator A5083729859 @default.
• W2988272412 creator A5086939495 @default.
• W2988272412 date "2019-12-03" @default.
• W2988272412 modified "2023-10-14" @default.
• W2988272412 title "Polyoxometalate‐Derived Multi‐Component X/W ₂ C@X,N‐C (X=Co, Si, Ge, B, and P) Nanoelectrocatalysts for Efficient Triiodide Reduction in Dye‐Sensitized Solar Cells" @default.
• W2988272412 cites W1563202404 @default.
• W2988272412 cites W1913589860 @default.
• W2988272412 cites W1980216394 @default.
• W2988272412 cites W1985650707 @default.
• W2988272412 cites W1989539508 @default.
• W2988272412 cites W1992021053 @default.
• W2988272412 cites W2003682905 @default.
• W2988272412 cites W2025721238 @default.
• W2988272412 cites W2061599497 @default.
• W2988272412 cites W2096307261 @default.
• W2988272412 cites W2099264444 @default.
• W2988272412 cites W2108600740 @default.
• W2988272412 cites W2108622691 @default.
• W2988272412 cites W2123813123 @default.
• W2988272412 cites W2132085744 @default.
• W2988272412 cites W2152033716 @default.
• W2988272412 cites W2159255859 @default.
• W2988272412 cites W2161679782 @default.
• W2988272412 cites W2163070767 @default.
• W2988272412 cites W2173608881 @default.
• W2988272412 cites W2177386927 @default.
• W2988272412 cites W2202125076 @default.
• W2988272412 cites W2331495500 @default.
• W2988272412 cites W2335115359 @default.
• W2988272412 cites W2405055688 @default.
• W2988272412 cites W2405573124 @default.
• W2988272412 cites W2420932236 @default.
• W2988272412 cites W2497524304 @default.
• W2988272412 cites W2515229651 @default.
• W2988272412 cites W2520350861 @default.
• W2988272412 cites W2533416009 @default.
• W2988272412 cites W2546657147 @default.
• W2988272412 cites W2549585303 @default.
• W2988272412 cites W2563625778 @default.
• W2988272412 cites W2564274378 @default.
• W2988272412 cites W2567518179 @default.
• W2988272412 cites W2568177622 @default.
• W2988272412 cites W2576676833 @default.
• W2988272412 cites W2582826044 @default.
• W2988272412 cites W2602017927 @default.
• W2988272412 cites W2605217889 @default.
• W2988272412 cites W2608369904 @default.
• W2988272412 cites W2743619034 @default.
• W2988272412 cites W2754389416 @default.
• W2988272412 cites W2756455610 @default.
• W2988272412 cites W2767205086 @default.
• W2988272412 cites W2783704598 @default.
• W2988272412 cites W2790127659 @default.
• W2988272412 cites W2801014631 @default.
• W2988272412 cites W2802849049 @default.
• W2988272412 cites W2805740080 @default.
• W2988272412 cites W2805849705 @default.
• W2988272412 cites W2806827145 @default.
• W2988272412 cites W2850646096 @default.
• W2988272412 cites W2883839569 @default.
• W2988272412 cites W2900323075 @default.
• W2988272412 cites W2900987764 @default.
• W2988272412 cites W2911186102 @default.
• W2988272412 cites W2911314019 @default.
• W2988272412 cites W2944187131 @default.
• W2988272412 cites W2945552307 @default.
• W2988272412 cites W2947639370 @default.
• W2988272412 cites W2956818322 @default.
• W2988272412 cites W4237796668 @default.
• W2988272412 cites W4239617228 @default.
• W2988272412 cites W4362232005 @default.
• W2988272412 doi "https://doi.org/10.1002/chem.201904273" @default.
• W2988272412 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31705556" @default.
• W2988272412 hasPublicationYear "2019" @default.
• W2988272412 type Work @default.
• W2988272412 sameAs 2988272412 @default.
• W2988272412 citedByCount "13" @default.
• W2988272412 countsByYear W29882724122021 @default.
• W2988272412 countsByYear W29882724122022 @default.
• W2988272412 countsByYear W29882724122023 @default.
• W2988272412 crossrefType "journal-article" @default.
• W2988272412 hasAuthorship W2988272412A5017406779 @default.
• W2988272412 hasAuthorship W2988272412A5026694481 @default.
• W2988272412 hasAuthorship W2988272412A5026769100 @default.
• W2988272412 hasAuthorship W2988272412A5029988151 @default.
• W2988272412 hasAuthorship W2988272412A5046478796 @default.
• W2988272412 hasAuthorship W2988272412A5057797547 @default.
• W2988272412 hasAuthorship W2988272412A5068080767 @default.
• W2988272412 hasAuthorship W2988272412A5083729859 @default.

• next