FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3202778319> ?p ?o ?g. }

• W3202778319 endingPage "230556" @default.
• W3202778319 startingPage "230556" @default.
• W3202778319 abstract "Transition metal phosphides and phosphates are newly emerging electrode material candidates in energy storage devices. For the first time, we report a uniformly distributed, interconnected, and well-aligned two-dimensional nanosheets made from trimetallic Zn-Co-Ga phosphate (ZCGP) electrode materials with preserved crystal phase. It is found that the ZCGP electrode material exhibits about 2.85 and 1.66 times higher specific capacity than mono- (Co-phosphate) and bimetallic phosphate (Zn-Co phosphate) electrode materials at the same current density. The trimetallic ZCGP electrode exhibits superior conductivity, lower internal resistance (IR) drop, and high coulombic efficiency compared to mono- and bimetallic phosphate. By means of density functional theory (DFT) calculations, ZCGP shows superior metallic conductivity due to the modified exchange splitting originating from 3d-orbitals of Co atoms in the presence of Zn and Ga. Moreover, hybrid supercapacitor (ZCGP//rGO) device is engineered which delivered a high energy density of 40 W h kg−1 and a high-power density of 7745 W kg−1, lighting 5 different colors of light emitting diodes (LEDs). These outstanding results confirm the promising battery-type electrode materials for energy storage applications." @default.
• W3202778319 created "2021-10-11" @default.
• W3202778319 creator A5008171524 @default.
• W3202778319 creator A5014461736 @default.
• W3202778319 creator A5015919940 @default.
• W3202778319 creator A5016822039 @default.
• W3202778319 creator A5033426814 @default.
• W3202778319 creator A5038296625 @default.
• W3202778319 creator A5039204587 @default.
• W3202778319 creator A5056404300 @default.
• W3202778319 creator A5081663632 @default.
• W3202778319 date "2021-11-01" @default.
• W3202778319 modified "2023-10-15" @default.
• W3202778319 title "Binder-free trimetallic phosphate nanosheets as an electrode: Theoretical and experimental investigation" @default.
• W3202778319 cites W1767247410 @default.
• W3202778319 cites W1981719113 @default.
• W3202778319 cites W1987305843 @default.
• W3202778319 cites W1993243068 @default.
• W3202778319 cites W2017171355 @default.
• W3202778319 cites W2021014998 @default.
• W3202778319 cites W2027579887 @default.
• W3202778319 cites W2062157949 @default.
• W3202778319 cites W2068372279 @default.
• W3202778319 cites W2085339406 @default.
• W3202778319 cites W2140501500 @default.
• W3202778319 cites W2141170357 @default.
• W3202778319 cites W2165021417 @default.
• W3202778319 cites W2203282851 @default.
• W3202778319 cites W2224921927 @default.
• W3202778319 cites W2265607919 @default.
• W3202778319 cites W2268790471 @default.
• W3202778319 cites W2341117388 @default.
• W3202778319 cites W2526963076 @default.
• W3202778319 cites W2549726117 @default.
• W3202778319 cites W2553411400 @default.
• W3202778319 cites W2556270006 @default.
• W3202778319 cites W2573344649 @default.
• W3202778319 cites W2580792206 @default.
• W3202778319 cites W2604490290 @default.
• W3202778319 cites W2623347947 @default.
• W3202778319 cites W2733679140 @default.
• W3202778319 cites W2734675411 @default.
• W3202778319 cites W2750472014 @default.
• W3202778319 cites W2755368746 @default.
• W3202778319 cites W2769082025 @default.
• W3202778319 cites W2791368466 @default.
• W3202778319 cites W2794139022 @default.
• W3202778319 cites W2801569067 @default.
• W3202778319 cites W2809712147 @default.
• W3202778319 cites W2810748486 @default.
• W3202778319 cites W2883491282 @default.
• W3202778319 cites W2886726895 @default.
• W3202778319 cites W2912499667 @default.
• W3202778319 cites W2912850359 @default.
• W3202778319 cites W2914882012 @default.
• W3202778319 cites W2936334246 @default.
• W3202778319 cites W2947787584 @default.
• W3202778319 cites W2953365030 @default.
• W3202778319 cites W2968961284 @default.
• W3202778319 cites W2972103642 @default.
• W3202778319 cites W2987395045 @default.
• W3202778319 cites W3030108787 @default.
• W3202778319 cites W3031484781 @default.
• W3202778319 cites W3049217803 @default.
• W3202778319 cites W3050608412 @default.
• W3202778319 cites W3083446849 @default.
• W3202778319 cites W3083995775 @default.
• W3202778319 cites W3084083424 @default.
• W3202778319 cites W3087906402 @default.
• W3202778319 cites W3089828295 @default.
• W3202778319 cites W3109441121 @default.
• W3202778319 cites W3119002258 @default.
• W3202778319 cites W3134112932 @default.
• W3202778319 cites W3149426063 @default.
• W3202778319 cites W3158548070 @default.
• W3202778319 cites W3167414516 @default.
• W3202778319 cites W3170990580 @default.
• W3202778319 cites W3186163980 @default.
• W3202778319 cites W4252864084 @default.
• W3202778319 cites W636143721 @default.
• W3202778319 doi "https://doi.org/10.1016/j.jpowsour.2021.230556" @default.
• W3202778319 hasPublicationYear "2021" @default.
• W3202778319 type Work @default.
• W3202778319 sameAs 3202778319 @default.
• W3202778319 citedByCount "43" @default.
• W3202778319 countsByYear W32027783192021 @default.
• W3202778319 countsByYear W32027783192022 @default.
• W3202778319 countsByYear W32027783192023 @default.
• W3202778319 crossrefType "journal-article" @default.
• W3202778319 hasAuthorship W3202778319A5008171524 @default.
• W3202778319 hasAuthorship W3202778319A5014461736 @default.
• W3202778319 hasAuthorship W3202778319A5015919940 @default.
• W3202778319 hasAuthorship W3202778319A5016822039 @default.
• W3202778319 hasAuthorship W3202778319A5033426814 @default.
• W3202778319 hasAuthorship W3202778319A5038296625 @default.
• W3202778319 hasAuthorship W3202778319A5039204587 @default.
• W3202778319 hasAuthorship W3202778319A5056404300 @default.
• W3202778319 hasAuthorship W3202778319A5081663632 @default.

• next