Matches in SemOpenAlex for { <https://semopenalex.org/work/W4313334019> ?p ?o ?g. }
- W4313334019 endingPage "10437" @default.
- W4313334019 startingPage "10423" @default.
- W4313334019 abstract "An advanced energy conversion technology of water splitting involves two half-reactions of hydrogen evolution reaction (HER) and oxygen evolution reaction (OER). In this work, we synthesized pyrochlore manganese phosphate (Mn2P2O7) nanoplatelets by a simple coprecipitation method and made a composite with two-dimensional graphene nanosheets (GNS) through the ultrasonication process. Various characterization techniques like PXRD, FT-IR, Raman, XPS, SEM, and HR-TEM confirmed the formation of Mn2P2O7-GNS composite material. The catalyst reveals outstanding performance towards HER activity with 0.333 V (vs. RHE) in an acidic medium and OER activity with 1.47 V (vs. RHE) in an alkaline medium at a current density of 10 mA/cm2. The combined experimental study with DFT calculations reveals that the superior electrochemical action may originate from the synergistic effects associated with the high electronic conductivity of GNS and the interfacial belongings formed within Mn2P2O7 and GNS. Also, the GNS plays an essential role in the composite to prevent the aggregation of nanoplatelet particles, thereby increasing active sites and reducing the overpotential. This work proposed recent advances of Mn2P2O7-GNS based materials modified on glassy carbon electrode (GCE) as a stable and durable bifunctional electrocatalyst for the perspectives of the future development of a clean energy landscape." @default.
- W4313334019 created "2023-01-06" @default.
- W4313334019 creator A5024937414 @default.
- W4313334019 creator A5044574312 @default.
- W4313334019 creator A5046964348 @default.
- W4313334019 creator A5049112345 @default.
- W4313334019 creator A5058388363 @default.
- W4313334019 creator A5067246105 @default.
- W4313334019 creator A5073018929 @default.
- W4313334019 creator A5089304832 @default.
- W4313334019 date "2023-04-01" @default.
- W4313334019 modified "2023-10-18" @default.
- W4313334019 title "Exploring the new electrocatalyst based on pyrochlore manganese phosphate/graphene composite for hydrogen evolution and oxygen evolution reaction: An experimental and computational study" @default.
- W4313334019 cites W1990848217 @default.
- W4313334019 cites W2003462521 @default.
- W4313334019 cites W2015127275 @default.
- W4313334019 cites W2029789873 @default.
- W4313334019 cites W2086270926 @default.
- W4313334019 cites W2090716099 @default.
- W4313334019 cites W2114291507 @default.
- W4313334019 cites W2120145199 @default.
- W4313334019 cites W2120456504 @default.
- W4313334019 cites W2461202500 @default.
- W4313334019 cites W2529180418 @default.
- W4313334019 cites W2780358855 @default.
- W4313334019 cites W2797522685 @default.
- W4313334019 cites W2801841339 @default.
- W4313334019 cites W2803751016 @default.
- W4313334019 cites W2890218312 @default.
- W4313334019 cites W2890602810 @default.
- W4313334019 cites W2896572664 @default.
- W4313334019 cites W2902264995 @default.
- W4313334019 cites W2904829556 @default.
- W4313334019 cites W2907297823 @default.
- W4313334019 cites W2907441256 @default.
- W4313334019 cites W2909755385 @default.
- W4313334019 cites W2947970633 @default.
- W4313334019 cites W2953552976 @default.
- W4313334019 cites W2954460505 @default.
- W4313334019 cites W2956214217 @default.
- W4313334019 cites W2970996263 @default.
- W4313334019 cites W2974297634 @default.
- W4313334019 cites W2976910056 @default.
- W4313334019 cites W2980674827 @default.
- W4313334019 cites W3005710863 @default.
- W4313334019 cites W3006903743 @default.
- W4313334019 cites W3013731146 @default.
- W4313334019 cites W3013936688 @default.
- W4313334019 cites W3023198233 @default.
- W4313334019 cites W3035534123 @default.
- W4313334019 cites W3036447954 @default.
- W4313334019 cites W3039746704 @default.
- W4313334019 cites W3042021692 @default.
- W4313334019 cites W3043449646 @default.
- W4313334019 cites W3044766087 @default.
- W4313334019 cites W3046059852 @default.
- W4313334019 cites W3046097921 @default.
- W4313334019 cites W3082791641 @default.
- W4313334019 cites W3088211671 @default.
- W4313334019 cites W3088686656 @default.
- W4313334019 cites W3094035955 @default.
- W4313334019 cites W3097392662 @default.
- W4313334019 cites W3101003671 @default.
- W4313334019 cites W3101095095 @default.
- W4313334019 cites W3112093699 @default.
- W4313334019 cites W3112534067 @default.
- W4313334019 cites W3120310074 @default.
- W4313334019 cites W3122793387 @default.
- W4313334019 cites W3124988424 @default.
- W4313334019 cites W3125972922 @default.
- W4313334019 cites W3133981092 @default.
- W4313334019 cites W3150297419 @default.
- W4313334019 cites W3157213327 @default.
- W4313334019 cites W3157321189 @default.
- W4313334019 cites W3157725208 @default.
- W4313334019 cites W3159712086 @default.
- W4313334019 cites W3165628140 @default.
- W4313334019 cites W3168459985 @default.
- W4313334019 cites W3177380879 @default.
- W4313334019 cites W3177699754 @default.
- W4313334019 cites W3189976742 @default.
- W4313334019 cites W3198894699 @default.
- W4313334019 cites W3203266409 @default.
- W4313334019 cites W3203826359 @default.
- W4313334019 cites W3207504952 @default.
- W4313334019 cites W3211392552 @default.
- W4313334019 cites W4200349413 @default.
- W4313334019 cites W4212977982 @default.
- W4313334019 cites W4214664307 @default.
- W4313334019 cites W4220665135 @default.
- W4313334019 cites W4220890545 @default.
- W4313334019 cites W4220989918 @default.
- W4313334019 cites W4221018374 @default.
- W4313334019 cites W4283025994 @default.
- W4313334019 doi "https://doi.org/10.1016/j.ijhydene.2022.11.342" @default.
- W4313334019 hasPublicationYear "2023" @default.
- W4313334019 type Work @default.
- W4313334019 citedByCount "1" @default.