Matches in SemOpenAlex for { <https://semopenalex.org/work/W3022987066> ?p ?o ?g. }
- W3022987066 endingPage "9526" @default.
- W3022987066 startingPage "9518" @default.
- W3022987066 abstract "As redox-active based supercapacitors are known as highly desirable next-generation supercapacitor electrodes, the targeted design of two ferrocene-functionalized (Fc(COOH)2) clusters based on coinage metals, [(PPh3)2AgO2CFcCO2Ag(PPh3)2]2⋅7 CH3OH (SC1: super capacitor) and [(PPh3)3CuO2CFcCO2Cu(PPh3)3]⋅3 CH3OH (SC2), is reported. Both structures are fully characterized by various techniques. The structures are utilized as energy storage electrode materials, giving 130 F g−1 and 210 F g−1 specific capacitance at 1.5 A g−1 in Na2SO4 electrolyte, respectively. The obtained results show that the presence of CuI instead of AgI improves the supercapacitive performance of the cluster. Further, to improve the conductivity, the PSC2 ([(PPh3)2CuO2CFcCO2]∞), a polymeric structure of SC2, was synthesized and used as an energy storage electrode. PSC2 displays high conductivity and gives 455 F g−1 capacitance at 3 A g−1. The PSC2 as a supercapacitor electrode presents a high power density (2416 W kg−1), high energy density (161 Wh kg−1), and long cycle life over 4000 cycles (93 %). These results could lead to the amplification of high-performance supercapacitors in new areas to develop real applications and stimulate the use of the targeted design of coordination polymers without hybridization or compositions with additive materials." @default.
- W3022987066 created "2020-05-13" @default.
- W3022987066 creator A5009853298 @default.
- W3022987066 creator A5024817634 @default.
- W3022987066 creator A5026381056 @default.
- W3022987066 creator A5028983159 @default.
- W3022987066 creator A5032690992 @default.
- W3022987066 creator A5045970389 @default.
- W3022987066 creator A5056650092 @default.
- W3022987066 creator A5062996960 @default.
- W3022987066 creator A5071773947 @default.
- W3022987066 creator A5091883035 @default.
- W3022987066 date "2020-07-20" @default.
- W3022987066 modified "2023-10-02" @default.
- W3022987066 title "Comparative Study of the Supercapacitive Performance of Three Ferrocene‐Based Structures: Targeted Design of a Conductive Ferrocene‐Functionalized Coordination Polymer as a Supercapacitor Electrode" @default.
- W3022987066 cites W1525197209 @default.
- W3022987066 cites W1698664271 @default.
- W3022987066 cites W1824952256 @default.
- W3022987066 cites W1988447562 @default.
- W3022987066 cites W1992302425 @default.
- W3022987066 cites W1998366617 @default.
- W3022987066 cites W1998687654 @default.
- W3022987066 cites W2000039469 @default.
- W3022987066 cites W2005386965 @default.
- W3022987066 cites W2010031194 @default.
- W3022987066 cites W2017568564 @default.
- W3022987066 cites W2022506474 @default.
- W3022987066 cites W2055997898 @default.
- W3022987066 cites W2069592333 @default.
- W3022987066 cites W2071272818 @default.
- W3022987066 cites W2079369522 @default.
- W3022987066 cites W2087234510 @default.
- W3022987066 cites W2107347559 @default.
- W3022987066 cites W2117953550 @default.
- W3022987066 cites W2138747819 @default.
- W3022987066 cites W2150673614 @default.
- W3022987066 cites W2152411537 @default.
- W3022987066 cites W2153257856 @default.
- W3022987066 cites W2154456305 @default.
- W3022987066 cites W2156962388 @default.
- W3022987066 cites W2167830271 @default.
- W3022987066 cites W2258661450 @default.
- W3022987066 cites W2316231136 @default.
- W3022987066 cites W2327103989 @default.
- W3022987066 cites W2333319553 @default.
- W3022987066 cites W2340716542 @default.
- W3022987066 cites W2404600454 @default.
- W3022987066 cites W2434645923 @default.
- W3022987066 cites W2490309669 @default.
- W3022987066 cites W2492955312 @default.
- W3022987066 cites W2501682720 @default.
- W3022987066 cites W2504054438 @default.
- W3022987066 cites W2530892319 @default.
- W3022987066 cites W2531080479 @default.
- W3022987066 cites W2543730242 @default.
- W3022987066 cites W2558447226 @default.
- W3022987066 cites W2588107206 @default.
- W3022987066 cites W2589690528 @default.
- W3022987066 cites W2605234346 @default.
- W3022987066 cites W2735139609 @default.
- W3022987066 cites W2771137768 @default.
- W3022987066 cites W2777966577 @default.
- W3022987066 cites W2792667443 @default.
- W3022987066 cites W2793428385 @default.
- W3022987066 cites W2803991124 @default.
- W3022987066 cites W2807185855 @default.
- W3022987066 cites W2892497234 @default.
- W3022987066 cites W2902632995 @default.
- W3022987066 cites W2906850473 @default.
- W3022987066 cites W2913662568 @default.
- W3022987066 cites W2917945222 @default.
- W3022987066 cites W2927514713 @default.
- W3022987066 cites W2934887050 @default.
- W3022987066 cites W2937465635 @default.
- W3022987066 cites W2956048136 @default.
- W3022987066 cites W2961088023 @default.
- W3022987066 cites W2987395045 @default.
- W3022987066 cites W309660340 @default.
- W3022987066 doi "https://doi.org/10.1002/chem.202001109" @default.
- W3022987066 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32379364" @default.
- W3022987066 hasPublicationYear "2020" @default.
- W3022987066 type Work @default.
- W3022987066 sameAs 3022987066 @default.
- W3022987066 citedByCount "21" @default.
- W3022987066 countsByYear W30229870662020 @default.
- W3022987066 countsByYear W30229870662021 @default.
- W3022987066 countsByYear W30229870662022 @default.
- W3022987066 countsByYear W30229870662023 @default.
- W3022987066 crossrefType "journal-article" @default.
- W3022987066 hasAuthorship W3022987066A5009853298 @default.
- W3022987066 hasAuthorship W3022987066A5024817634 @default.
- W3022987066 hasAuthorship W3022987066A5026381056 @default.
- W3022987066 hasAuthorship W3022987066A5028983159 @default.
- W3022987066 hasAuthorship W3022987066A5032690992 @default.
- W3022987066 hasAuthorship W3022987066A5045970389 @default.
- W3022987066 hasAuthorship W3022987066A5056650092 @default.
- W3022987066 hasAuthorship W3022987066A5062996960 @default.
- W3022987066 hasAuthorship W3022987066A5071773947 @default.