Matches in SemOpenAlex for { <https://semopenalex.org/work/W3214173913> ?p ?o ?g. }
- W3214173913 endingPage "125450" @default.
- W3214173913 startingPage "125450" @default.
- W3214173913 abstract "The exploration of thermally chargeable supercapacitors has gained intensive interest. However, their practical application is still restricted by complex integration, poor Seebeck coefficient, and unsatisfactory conversion efficiency. Herein, we report a high-performance device with a simplified symmetric configuration based on activated carbon derived from elm bark mucus. Due to high specific surface area, hierarchical porosity, and moderate surface chemistry, such system displays excellent electrochemical properties such as high capacitance, rate capability and thermoelectrical behavior. When coupling with a concentrated electrolyte (26 m KOAc), a 2.0 V symmetric supercapacitor can be fabricated and a maximum energy density of 33.6 Wh kg−1 at power density of 500 W kg−1. A high-power density of 20 kW kg−1 also can be achieved at 21.7 Wh kg−1. Moreover, thermally rechargeable devices with quasi solid-state electrolyte exhibit a high open circuit voltage of ∼24.02 mV and a considerable Seebeck coefficient of about 1.97 mV K−1, indicating satisfying thermoelectrical performances. This work not only demonstrates the applicability of elm bark mucus-derived carbon as advanced materials for energy application, but also provides a new perspective for the development of multifunctional devices." @default.
- W3214173913 created "2021-11-22" @default.
- W3214173913 creator A5000980404 @default.
- W3214173913 creator A5032414487 @default.
- W3214173913 creator A5034827883 @default.
- W3214173913 creator A5054764710 @default.
- W3214173913 creator A5055584228 @default.
- W3214173913 creator A5071344179 @default.
- W3214173913 creator A5074462544 @default.
- W3214173913 creator A5077801238 @default.
- W3214173913 date "2022-02-01" @default.
- W3214173913 modified "2023-10-15" @default.
- W3214173913 title "Hierarchical porous carbon derived from elm bark mucus for efficient energy storage and conversion" @default.
- W3214173913 cites W1702050118 @default.
- W3214173913 cites W1750973816 @default.
- W3214173913 cites W1969863221 @default.
- W3214173913 cites W1970981096 @default.
- W3214173913 cites W2000979080 @default.
- W3214173913 cites W2032428300 @default.
- W3214173913 cites W2085977045 @default.
- W3214173913 cites W2125358625 @default.
- W3214173913 cites W2148847084 @default.
- W3214173913 cites W2177672456 @default.
- W3214173913 cites W2226691791 @default.
- W3214173913 cites W2321251571 @default.
- W3214173913 cites W2333170465 @default.
- W3214173913 cites W2403231331 @default.
- W3214173913 cites W2461893848 @default.
- W3214173913 cites W2564254805 @default.
- W3214173913 cites W2566019299 @default.
- W3214173913 cites W2571309095 @default.
- W3214173913 cites W2591978389 @default.
- W3214173913 cites W2620834130 @default.
- W3214173913 cites W2623546802 @default.
- W3214173913 cites W2624001881 @default.
- W3214173913 cites W2731444071 @default.
- W3214173913 cites W2774749033 @default.
- W3214173913 cites W2796225544 @default.
- W3214173913 cites W2797498860 @default.
- W3214173913 cites W2863066966 @default.
- W3214173913 cites W2891455766 @default.
- W3214173913 cites W2897488760 @default.
- W3214173913 cites W2908452335 @default.
- W3214173913 cites W2914409518 @default.
- W3214173913 cites W2939033467 @default.
- W3214173913 cites W2944882728 @default.
- W3214173913 cites W2947064325 @default.
- W3214173913 cites W2963531522 @default.
- W3214173913 cites W2963836877 @default.
- W3214173913 cites W2967137477 @default.
- W3214173913 cites W2976750428 @default.
- W3214173913 cites W2997282782 @default.
- W3214173913 cites W3000268691 @default.
- W3214173913 cites W3004918044 @default.
- W3214173913 cites W3010876882 @default.
- W3214173913 cites W3012716684 @default.
- W3214173913 cites W3014599858 @default.
- W3214173913 cites W3021989619 @default.
- W3214173913 cites W3023846426 @default.
- W3214173913 cites W3025965879 @default.
- W3214173913 cites W3035573947 @default.
- W3214173913 cites W3037656375 @default.
- W3214173913 cites W3077628046 @default.
- W3214173913 cites W3089640316 @default.
- W3214173913 cites W3096519273 @default.
- W3214173913 cites W3098952732 @default.
- W3214173913 cites W3104009052 @default.
- W3214173913 cites W3108661439 @default.
- W3214173913 cites W3118538686 @default.
- W3214173913 cites W3123442377 @default.
- W3214173913 cites W3132908145 @default.
- W3214173913 cites W3158680751 @default.
- W3214173913 cites W3166416557 @default.
- W3214173913 cites W3168724701 @default.
- W3214173913 cites W3173065926 @default.
- W3214173913 cites W3178227684 @default.
- W3214173913 doi "https://doi.org/10.1016/j.matchemphys.2021.125450" @default.
- W3214173913 hasPublicationYear "2022" @default.
- W3214173913 type Work @default.
- W3214173913 sameAs 3214173913 @default.
- W3214173913 citedByCount "2" @default.
- W3214173913 countsByYear W32141739132022 @default.
- W3214173913 crossrefType "journal-article" @default.
- W3214173913 hasAuthorship W3214173913A5000980404 @default.
- W3214173913 hasAuthorship W3214173913A5032414487 @default.
- W3214173913 hasAuthorship W3214173913A5034827883 @default.
- W3214173913 hasAuthorship W3214173913A5054764710 @default.
- W3214173913 hasAuthorship W3214173913A5055584228 @default.
- W3214173913 hasAuthorship W3214173913A5071344179 @default.
- W3214173913 hasAuthorship W3214173913A5074462544 @default.
- W3214173913 hasAuthorship W3214173913A5077801238 @default.
- W3214173913 hasConcept C104779481 @default.
- W3214173913 hasConcept C112625512 @default.
- W3214173913 hasConcept C121332964 @default.
- W3214173913 hasConcept C127413603 @default.
- W3214173913 hasConcept C140205800 @default.
- W3214173913 hasConcept C147789679 @default.
- W3214173913 hasConcept C159985019 @default.