FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2907435995> ?p ?o ?g. }

• W2907435995 endingPage "4559" @default.
• W2907435995 startingPage "4551" @default.
• W2907435995 abstract "Sulphur source-inspired self-grown polycrystalline and mesoporous nickel sulfide (Ni xS y) superstructures with vertically aligned nanomorphologies viz. rods, flakes, buds, and petals, synthesized at elevated temperatures and moderate pressures by a facile one-pot hydrothermal method on a three-dimensional Ni foam demonstrate remarkable areal specific capacitances of 7152, 4835, and 2160 F cm-2 at current densities of 1, 2, and 5 mA cm-2, respectively, with a cycling stability of 94% for a battery-type electrochemical supercapacitor when used as an electrode material in a supercapacitor. The Ni xS y//Bi2O3 asymmetric supercapacitor assembly exhibits an energy density of 41 W h·kg-1 at a power density of 1399 W kg-1 for 1 A g-1 and was used in a three-cell series combination to operate a GFHIM display panel (our research institute name, Global Frontier R & D Center for Hybrid Interface Materials) composed of nearly 50 differently colored light-emitting diodes with high intensity in 1 M KOH water-alkali electrolyte. The electrochemical supercapacitor results obtained for the Ni xS y superstructures because of a combination of catalytically active amorphous and high mobility polycrystalline are highly comparable to those reported previously for salt-mediated and self-grown Ni xS y structures and morphologies." @default.
• W2907435995 created "2019-01-11" @default.
• W2907435995 creator A5051435722 @default.
• W2907435995 creator A5053282863 @default.
• W2907435995 creator A5055837078 @default.
• W2907435995 creator A5056882969 @default.
• W2907435995 creator A5062857010 @default.
• W2907435995 creator A5074078205 @default.
• W2907435995 date "2019-01-02" @default.
• W2907435995 modified "2023-09-23" @default.
• W2907435995 title "Sulphur Source-Inspired Self-Grown 3D Ni_<i>x</i>S_<i>y</i> Nanostructures and Their Electrochemical Supercapacitors" @default.
• W2907435995 cites W1168521798 @default.
• W2907435995 cites W1790326456 @default.
• W2907435995 cites W1923519267 @default.
• W2907435995 cites W1974945708 @default.
• W2907435995 cites W1992277327 @default.
• W2907435995 cites W2005963921 @default.
• W2907435995 cites W2007615462 @default.
• W2907435995 cites W2015990708 @default.
• W2907435995 cites W2020538664 @default.
• W2907435995 cites W2027239163 @default.
• W2907435995 cites W2030605075 @default.
• W2907435995 cites W2042211632 @default.
• W2907435995 cites W2053328406 @default.
• W2907435995 cites W2062429842 @default.
• W2907435995 cites W2064338817 @default.
• W2907435995 cites W2069235733 @default.
• W2907435995 cites W2084469648 @default.
• W2907435995 cites W2087542111 @default.
• W2907435995 cites W2087606978 @default.
• W2907435995 cites W2089885837 @default.
• W2907435995 cites W2103576940 @default.
• W2907435995 cites W2109775631 @default.
• W2907435995 cites W2118004223 @default.
• W2907435995 cites W2120921292 @default.
• W2907435995 cites W2121326519 @default.
• W2907435995 cites W2133767977 @default.
• W2907435995 cites W2233725424 @default.
• W2907435995 cites W2315037594 @default.
• W2907435995 cites W2333910605 @default.
• W2907435995 cites W2338617648 @default.
• W2907435995 cites W2345365685 @default.
• W2907435995 cites W2360893915 @default.
• W2907435995 cites W2399595058 @default.
• W2907435995 cites W2415669785 @default.
• W2907435995 cites W2491975588 @default.
• W2907435995 cites W2523162877 @default.
• W2907435995 cites W2529985710 @default.
• W2907435995 cites W2535293239 @default.
• W2907435995 cites W2559982872 @default.
• W2907435995 cites W2594591078 @default.
• W2907435995 cites W2617822638 @default.
• W2907435995 cites W2625532887 @default.
• W2907435995 cites W2739552677 @default.
• W2907435995 cites W2740910715 @default.
• W2907435995 cites W2741991405 @default.
• W2907435995 cites W2750650647 @default.
• W2907435995 cites W2750723537 @default.
• W2907435995 cites W2750837981 @default.
• W2907435995 cites W2755557013 @default.
• W2907435995 cites W2758705542 @default.
• W2907435995 cites W2763375899 @default.
• W2907435995 cites W2766822410 @default.
• W2907435995 cites W2767210827 @default.
• W2907435995 cites W2768980316 @default.
• W2907435995 cites W2781775884 @default.
• W2907435995 cites W2783892999 @default.
• W2907435995 cites W2789702237 @default.
• W2907435995 cites W2790804029 @default.
• W2907435995 cites W2802649286 @default.
• W2907435995 cites W2802926731 @default.
• W2907435995 cites W2803247784 @default.
• W2907435995 cites W2807811514 @default.
• W2907435995 cites W2883359950 @default.
• W2907435995 cites W2885445880 @default.
• W2907435995 cites W2886446107 @default.
• W2907435995 cites W2887065277 @default.
• W2907435995 cites W2887967425 @default.
• W2907435995 cites W2895506572 @default.
• W2907435995 cites W2897720255 @default.
• W2907435995 cites W2901870033 @default.
• W2907435995 cites W4240030996 @default.
• W2907435995 cites W654137154 @default.
• W2907435995 doi "https://doi.org/10.1021/acsami.8b17689" @default.
• W2907435995 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30601660" @default.
• W2907435995 hasPublicationYear "2019" @default.
• W2907435995 type Work @default.
• W2907435995 sameAs 2907435995 @default.
• W2907435995 citedByCount "57" @default.
• W2907435995 countsByYear W29074359952019 @default.
• W2907435995 countsByYear W29074359952020 @default.
• W2907435995 countsByYear W29074359952021 @default.
• W2907435995 countsByYear W29074359952022 @default.
• W2907435995 countsByYear W29074359952023 @default.
• W2907435995 crossrefType "journal-article" @default.
• W2907435995 hasAuthorship W2907435995A5051435722 @default.
• W2907435995 hasAuthorship W2907435995A5053282863 @default.
• W2907435995 hasAuthorship W2907435995A5055837078 @default.

• next