FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3082615207> ?p ?o ?g. }

• W3082615207 endingPage "949" @default.
• W3082615207 startingPage "940" @default.
• W3082615207 abstract "A simple one-step preparation of biomass derived carbon materials with hierarchical pore structure for supercapacitor application is proposed. Briefly, potassium citrate is loaded onto poplar catkin, a forestry and agricultural residue, for carbonization at different temperature (750–900 ℃). With the confined effect of poplar catkin and pore-forming role of potassium compounds, interconnected carbon networks combining of macropores, small mesopores and micropores are obtained. The product carbonized at 850 ℃ (S-850) processes large surface area of 2186 m 2 /g with two main micropore ranges distributed in 0.5–0.7 nm and 0.7–1.5 nm, and the sample of S-900 processes relatively high electrical conductivity because of the high degree of graphitization. The electrodes based on these carbon materials show main electrical double-layer capacitors with small part of pseudo-capacitors due to O-doping. The S-850 sample displays superior specific capacity at low charge–discharge current density while the electrode based on S-900 shows high specific capacity under high current density. The symmetrical devices based on S-850 give a superb stability and high energy and power densities in alkaline electrolyte. Within a voltage window of 1.4 V, the device can deliver a 13.3 Wh/kg energy density at a power density of 720 W/kg and maintain 7.8 Wh/kg at 14040 W/kg." @default.
• W3082615207 created "2020-09-08" @default.
• W3082615207 creator A5001115477 @default.
• W3082615207 creator A5006197715 @default.
• W3082615207 creator A5008888504 @default.
• W3082615207 creator A5015949314 @default.
• W3082615207 creator A5017428165 @default.
• W3082615207 creator A5017774638 @default.
• W3082615207 creator A5056078581 @default.
• W3082615207 creator A5059979769 @default.
• W3082615207 creator A5068267245 @default.
• W3082615207 creator A5091898042 @default.
• W3082615207 date "2021-01-01" @default.
• W3082615207 modified "2023-10-17" @default.
• W3082615207 title "Hierarchically porous carbon derived from potassium-citrate-loaded poplar catkin for high performance supercapacitors" @default.
• W3082615207 cites W1972462650 @default.
• W3082615207 cites W1995323891 @default.
• W3082615207 cites W2004249323 @default.
• W3082615207 cites W2029859756 @default.
• W3082615207 cites W2035691436 @default.
• W3082615207 cites W2038673737 @default.
• W3082615207 cites W2053848721 @default.
• W3082615207 cites W2056609525 @default.
• W3082615207 cites W2062505233 @default.
• W3082615207 cites W2062773220 @default.
• W3082615207 cites W2084245557 @default.
• W3082615207 cites W2099324334 @default.
• W3082615207 cites W2108856594 @default.
• W3082615207 cites W2226887562 @default.
• W3082615207 cites W2321443461 @default.
• W3082615207 cites W2551662038 @default.
• W3082615207 cites W2557164932 @default.
• W3082615207 cites W2567250851 @default.
• W3082615207 cites W2585917535 @default.
• W3082615207 cites W2603045194 @default.
• W3082615207 cites W2737861900 @default.
• W3082615207 cites W2755413993 @default.
• W3082615207 cites W2760831034 @default.
• W3082615207 cites W2762688132 @default.
• W3082615207 cites W2774749033 @default.
• W3082615207 cites W2779296589 @default.
• W3082615207 cites W2782014037 @default.
• W3082615207 cites W2790328515 @default.
• W3082615207 cites W2790742628 @default.
• W3082615207 cites W2793909581 @default.
• W3082615207 cites W2797124276 @default.
• W3082615207 cites W2799515506 @default.
• W3082615207 cites W2808264904 @default.
• W3082615207 cites W2810477374 @default.
• W3082615207 cites W2811313991 @default.
• W3082615207 cites W2885151359 @default.
• W3082615207 cites W2887044477 @default.
• W3082615207 cites W2887981658 @default.
• W3082615207 cites W2901164497 @default.
• W3082615207 cites W2903576983 @default.
• W3082615207 cites W2913351457 @default.
• W3082615207 cites W2913673691 @default.
• W3082615207 cites W2915953218 @default.
• W3082615207 cites W2924724085 @default.
• W3082615207 cites W2942464585 @default.
• W3082615207 cites W2946834899 @default.
• W3082615207 cites W2952590886 @default.
• W3082615207 cites W2953986222 @default.
• W3082615207 cites W2987469661 @default.
• W3082615207 cites W2998871255 @default.
• W3082615207 cites W2999439918 @default.
• W3082615207 cites W3000457527 @default.
• W3082615207 cites W3000625982 @default.
• W3082615207 cites W3003703123 @default.
• W3082615207 cites W3004157707 @default.
• W3082615207 cites W3004705118 @default.
• W3082615207 cites W3006405189 @default.
• W3082615207 cites W3006612190 @default.
• W3082615207 cites W3007140637 @default.
• W3082615207 cites W3008290470 @default.
• W3082615207 cites W3009745716 @default.
• W3082615207 cites W3020992436 @default.
• W3082615207 doi "https://doi.org/10.1016/j.jcis.2020.08.088" @default.
• W3082615207 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32927174" @default.
• W3082615207 hasPublicationYear "2021" @default.
• W3082615207 type Work @default.
• W3082615207 sameAs 3082615207 @default.
• W3082615207 citedByCount "51" @default.
• W3082615207 countsByYear W30826152072021 @default.
• W3082615207 countsByYear W30826152072022 @default.
• W3082615207 countsByYear W30826152072023 @default.
• W3082615207 crossrefType "journal-article" @default.
• W3082615207 hasAuthorship W3082615207A5001115477 @default.
• W3082615207 hasAuthorship W3082615207A5006197715 @default.
• W3082615207 hasAuthorship W3082615207A5008888504 @default.
• W3082615207 hasAuthorship W3082615207A5015949314 @default.
• W3082615207 hasAuthorship W3082615207A5017428165 @default.
• W3082615207 hasAuthorship W3082615207A5017774638 @default.
• W3082615207 hasAuthorship W3082615207A5056078581 @default.
• W3082615207 hasAuthorship W3082615207A5059979769 @default.
• W3082615207 hasAuthorship W3082615207A5068267245 @default.
• W3082615207 hasAuthorship W3082615207A5091898042 @default.
• W3082615207 hasConcept C104779481 @default.

• next