Matches in SemOpenAlex for { <https://semopenalex.org/work/W2891675901> ?p ?o ?g. }
- W2891675901 endingPage "385" @default.
- W2891675901 startingPage "375" @default.
- W2891675901 abstract "Developing high-performance biomass-derived carbons and understanding the relationship between their structures and performance are highly desired for carbon-based supercapacitors. Herein, a wheat gluten-derived carbon with porous sheet-like structure, high specific surface area, and oxygen- and nitrogen-based heteroatom groups is fabricated. Their pore properties and heteroatom doping amount are adjusted through controlling the activation temperature. In aqueous electrolyte there is a significant synergistic effect between pore properties and heteroatom amount on the electrochemical performance of the gluten-derived carbon; while their performance is mainly determined by their pore properties in ionic liquid electrolytes. Besides, whatever in the aqueous and ionic liquid electrolytes ion sieving effect also affects their capacitive performance. The gluten-derived carbon prepared at 700 °C with reasonable pore properties and heteroatom amount shows the highest specific capacitance of 350 F g−1 at 0.5 A g−1 in 6 mol L−1 KOH. But the gluten-derived carbon prepared at 800 °C with the highest specific surface area of 2724 m2 g−1 possesses a high specific capacitance of 197 F g−1 at 0.25 A g−1 in the ionic liquid electrolyte. This work can provide a guideline for optimizing the performance of biomass-derived carbons through matching their pore properties and heteroatom with different electrolytes." @default.
- W2891675901 created "2018-09-27" @default.
- W2891675901 creator A5011480715 @default.
- W2891675901 creator A5016622484 @default.
- W2891675901 creator A5018390453 @default.
- W2891675901 creator A5027579651 @default.
- W2891675901 creator A5066798318 @default.
- W2891675901 creator A5068152351 @default.
- W2891675901 creator A5069694896 @default.
- W2891675901 creator A5081207814 @default.
- W2891675901 creator A5082778481 @default.
- W2891675901 date "2018-10-01" @default.
- W2891675901 modified "2023-10-10" @default.
- W2891675901 title "Heteroatom doped porous carbon sheets derived from protein-rich wheat gluten for supercapacitors: The synergistic effect of pore properties and heteroatom on the electrochemical performance in different electrolytes" @default.
- W2891675901 cites W1973101250 @default.
- W2891675901 cites W1976705497 @default.
- W2891675901 cites W1978126078 @default.
- W2891675901 cites W1982868987 @default.
- W2891675901 cites W1985530487 @default.
- W2891675901 cites W1986101426 @default.
- W2891675901 cites W1986657641 @default.
- W2891675901 cites W1988451492 @default.
- W2891675901 cites W1990499020 @default.
- W2891675901 cites W1994592254 @default.
- W2891675901 cites W1997611146 @default.
- W2891675901 cites W2000302587 @default.
- W2891675901 cites W2001883252 @default.
- W2891675901 cites W2013845325 @default.
- W2891675901 cites W2020732878 @default.
- W2891675901 cites W2024849251 @default.
- W2891675901 cites W2026889256 @default.
- W2891675901 cites W2029859756 @default.
- W2891675901 cites W2030815897 @default.
- W2891675901 cites W2034337024 @default.
- W2891675901 cites W2037659540 @default.
- W2891675901 cites W2041998463 @default.
- W2891675901 cites W2048892688 @default.
- W2891675901 cites W2051953554 @default.
- W2891675901 cites W2058440488 @default.
- W2891675901 cites W2060946109 @default.
- W2891675901 cites W2064106615 @default.
- W2891675901 cites W2068248971 @default.
- W2891675901 cites W2073559462 @default.
- W2891675901 cites W2075145179 @default.
- W2891675901 cites W2075550639 @default.
- W2891675901 cites W2075789638 @default.
- W2891675901 cites W2078641611 @default.
- W2891675901 cites W2078751201 @default.
- W2891675901 cites W2083277928 @default.
- W2891675901 cites W2083334770 @default.
- W2891675901 cites W2108856594 @default.
- W2891675901 cites W2115449953 @default.
- W2891675901 cites W2127841435 @default.
- W2891675901 cites W2133061058 @default.
- W2891675901 cites W2148788329 @default.
- W2891675901 cites W2152411537 @default.
- W2891675901 cites W2154191311 @default.
- W2891675901 cites W2161187187 @default.
- W2891675901 cites W2166748740 @default.
- W2891675901 cites W2187220581 @default.
- W2891675901 cites W2214988382 @default.
- W2891675901 cites W2220719432 @default.
- W2891675901 cites W2230695169 @default.
- W2891675901 cites W2232985473 @default.
- W2891675901 cites W2238579824 @default.
- W2891675901 cites W2275817816 @default.
- W2891675901 cites W2316208061 @default.
- W2891675901 cites W2332631507 @default.
- W2891675901 cites W2347138254 @default.
- W2891675901 cites W2409844884 @default.
- W2891675901 cites W2413227829 @default.
- W2891675901 cites W2468194898 @default.
- W2891675901 cites W2489983328 @default.
- W2891675901 cites W2510604673 @default.
- W2891675901 cites W2558447226 @default.
- W2891675901 cites W2562276768 @default.
- W2891675901 cites W2564000658 @default.
- W2891675901 cites W2582648666 @default.
- W2891675901 cites W2593564975 @default.
- W2891675901 cites W2601907750 @default.
- W2891675901 cites W2603203694 @default.
- W2891675901 cites W2603831713 @default.
- W2891675901 cites W2604914034 @default.
- W2891675901 cites W2792879124 @default.
- W2891675901 cites W2803726297 @default.
- W2891675901 cites W2810705151 @default.
- W2891675901 cites W2953124088 @default.
- W2891675901 doi "https://doi.org/10.1016/j.jpowsour.2018.09.012" @default.
- W2891675901 hasPublicationYear "2018" @default.
- W2891675901 type Work @default.
- W2891675901 sameAs 2891675901 @default.
- W2891675901 citedByCount "50" @default.
- W2891675901 countsByYear W28916759012019 @default.
- W2891675901 countsByYear W28916759012020 @default.
- W2891675901 countsByYear W28916759012021 @default.
- W2891675901 countsByYear W28916759012022 @default.
- W2891675901 countsByYear W28916759012023 @default.
- W2891675901 crossrefType "journal-article" @default.