Matches in SemOpenAlex for { <https://semopenalex.org/work/W4366124593> ?p ?o ?g. }
- W4366124593 endingPage "100504" @default.
- W4366124593 startingPage "100504" @default.
- W4366124593 abstract "Supercapattery is one of the emerging alternative energy storage technologies and numerous recent studies have been done in search of good electrode material for its application. Cobalt phosphate (Co3(PO4)2) is a promising candidate due to its abundance, low cost, valence states variation, and good faradaic property. However, cobalt phosphates have limited surface area, affecting its electrochemical performance. To overcome that, herein Co3(PO4)2 was synthesized via sonochemical method and calcined at various temperatures to obtain the best calcination temperature followed by coating of cobalt hydroxide (Co(OH)2) layer. The synthesis of Co3(PO4)2 and coating of Co(OH)2 over cobalt phosphate was observed through X-ray diffraction analysis (XRD) and the morphology of the synthesized nanostructures was observed using Field emission scanning electron microscopy (FESEM). Cyclic voltammetry, galvanostatic charge discharge, and electrochemical impedance spectroscopy analyses were carried out. The results showed calcination temperature of 200 °C followed by coating of Co(OH)2 using 2 mM metal precursor as the optimized sample. This sample exhibited the fascinating electrochemical performance of specific capacitance (2111.83F g−1 at 1 A g−1), energy density (72.51 Wh kg−1 at 1 A g−1), and power density (2357 W kg−1 at 10 A g−1) and fabricated supercapattery demonstrated outstanding cyclic stability up to 84 % over 15,000 charge/discharge cycles." @default.
- W4366124593 created "2023-04-19" @default.
- W4366124593 creator A5002610429 @default.
- W4366124593 creator A5002705628 @default.
- W4366124593 creator A5017595808 @default.
- W4366124593 creator A5034890125 @default.
- W4366124593 creator A5042701610 @default.
- W4366124593 creator A5064874813 @default.
- W4366124593 creator A5070539849 @default.
- W4366124593 creator A5080934334 @default.
- W4366124593 date "2023-05-01" @default.
- W4366124593 modified "2023-10-14" @default.
- W4366124593 title "Surface modification of metal phosphate Binder-Free electrode with metal hydroxides for supercapattery" @default.
- W4366124593 cites W1571682523 @default.
- W4366124593 cites W1965657383 @default.
- W4366124593 cites W1977252410 @default.
- W4366124593 cites W1995910950 @default.
- W4366124593 cites W2005888474 @default.
- W4366124593 cites W2016471342 @default.
- W4366124593 cites W2028110762 @default.
- W4366124593 cites W2032705911 @default.
- W4366124593 cites W2083575897 @default.
- W4366124593 cites W2224921927 @default.
- W4366124593 cites W2265757537 @default.
- W4366124593 cites W2266823514 @default.
- W4366124593 cites W2342068897 @default.
- W4366124593 cites W2509385330 @default.
- W4366124593 cites W2526963076 @default.
- W4366124593 cites W2547046126 @default.
- W4366124593 cites W2557927415 @default.
- W4366124593 cites W2573344649 @default.
- W4366124593 cites W2587772758 @default.
- W4366124593 cites W2605956229 @default.
- W4366124593 cites W2734858412 @default.
- W4366124593 cites W2750472014 @default.
- W4366124593 cites W2755531526 @default.
- W4366124593 cites W2766193577 @default.
- W4366124593 cites W2766995020 @default.
- W4366124593 cites W2775007415 @default.
- W4366124593 cites W2793322538 @default.
- W4366124593 cites W2896777062 @default.
- W4366124593 cites W2900288640 @default.
- W4366124593 cites W2902130830 @default.
- W4366124593 cites W2909842608 @default.
- W4366124593 cites W2918713306 @default.
- W4366124593 cites W2919781489 @default.
- W4366124593 cites W2923386676 @default.
- W4366124593 cites W2936060559 @default.
- W4366124593 cites W2947326864 @default.
- W4366124593 cites W2947787584 @default.
- W4366124593 cites W2950634610 @default.
- W4366124593 cites W2951766413 @default.
- W4366124593 cites W2953365030 @default.
- W4366124593 cites W2971689758 @default.
- W4366124593 cites W2972401453 @default.
- W4366124593 cites W2974732547 @default.
- W4366124593 cites W2980617923 @default.
- W4366124593 cites W2984875940 @default.
- W4366124593 cites W2990317120 @default.
- W4366124593 cites W2990598840 @default.
- W4366124593 cites W2993847905 @default.
- W4366124593 cites W3000189019 @default.
- W4366124593 cites W3006262250 @default.
- W4366124593 cites W3012244656 @default.
- W4366124593 cites W3031478705 @default.
- W4366124593 cites W3044188758 @default.
- W4366124593 cites W3096646213 @default.
- W4366124593 cites W3108839186 @default.
- W4366124593 cites W3110348349 @default.
- W4366124593 cites W3111029283 @default.
- W4366124593 cites W3114694846 @default.
- W4366124593 cites W3139159936 @default.
- W4366124593 cites W3157723742 @default.
- W4366124593 cites W3161680023 @default.
- W4366124593 cites W3170721305 @default.
- W4366124593 cites W3172082367 @default.
- W4366124593 cites W3198705566 @default.
- W4366124593 cites W4213446606 @default.
- W4366124593 cites W4225544417 @default.
- W4366124593 cites W4282841256 @default.
- W4366124593 cites W4293491437 @default.
- W4366124593 cites W4294699444 @default.
- W4366124593 cites W4295102963 @default.
- W4366124593 cites W4297691265 @default.
- W4366124593 cites W4307337144 @default.
- W4366124593 cites W4308888803 @default.
- W4366124593 doi "https://doi.org/10.1016/j.flatc.2023.100504" @default.
- W4366124593 hasPublicationYear "2023" @default.
- W4366124593 type Work @default.
- W4366124593 citedByCount "3" @default.
- W4366124593 countsByYear W43661245932023 @default.
- W4366124593 crossrefType "journal-article" @default.
- W4366124593 hasAuthorship W4366124593A5002610429 @default.
- W4366124593 hasAuthorship W4366124593A5002705628 @default.
- W4366124593 hasAuthorship W4366124593A5017595808 @default.
- W4366124593 hasAuthorship W4366124593A5034890125 @default.
- W4366124593 hasAuthorship W4366124593A5042701610 @default.
- W4366124593 hasAuthorship W4366124593A5064874813 @default.