Matches in SemOpenAlex for { <https://semopenalex.org/work/W2973972008> ?p ?o ?g. }
- W2973972008 endingPage "713" @default.
- W2973972008 startingPage "702" @default.
- W2973972008 abstract "Abstract We report the synthesis and fabrication of all carbonaceous electrode based high-energy and high-power- sodium-ion capacitors (NICs) which are anticipated to bridge the gap between rechargeable batteries and double layer capacitors. Unfortunately, the kinetic imbalance between battery type electrode and capacitive cathodes severely restricts the energy–power capabilities of NICs. To circumvent the kinetic mismatch and boost the efficiency of NICs, we are utilizing the rationally designed graphene hollow nanospheres (GHNS) as a bi-functional electrode in which nitrogen and sulfur atoms are infiltrated through the carbonaceous matrix. This eventually results in enhanced Na-ion storage capacity of GHNS which is paralleled by density functional theory calculations owing to the binding ability. All GHNS based NIC displays a high operating voltage, high energy density, and high power density, for example, the energy densities of 121 Wh kg−1 at the power density of 100 W kg−1. Further, the NIC can render remarkable cycling stability of ~85% retention after 10,000 cycles (~0.0015% energy decay per cycle) and emphasized to be used as a potential candidate for hybrid charge storage systems in the near future." @default.
- W2973972008 created "2019-09-26" @default.
- W2973972008 creator A5011346551 @default.
- W2973972008 creator A5055694549 @default.
- W2973972008 creator A5058034251 @default.
- W2973972008 creator A5061774132 @default.
- W2973972008 creator A5072953337 @default.
- W2973972008 creator A5073090248 @default.
- W2973972008 creator A5077893761 @default.
- W2973972008 creator A5081129944 @default.
- W2973972008 creator A5087739470 @default.
- W2973972008 date "2020-03-01" @default.
- W2973972008 modified "2023-10-17" @default.
- W2973972008 title "Surface enriched graphene hollow spheres towards building ultra-high power sodium-ion capacitor with long durability" @default.
- W2973972008 cites W1719204327 @default.
- W2973972008 cites W1970127494 @default.
- W2973972008 cites W1971580162 @default.
- W2973972008 cites W1976319865 @default.
- W2973972008 cites W1979544533 @default.
- W2973972008 cites W1981368803 @default.
- W2973972008 cites W1982904970 @default.
- W2973972008 cites W1983871010 @default.
- W2973972008 cites W1996597102 @default.
- W2973972008 cites W2007395042 @default.
- W2973972008 cites W2027499679 @default.
- W2973972008 cites W2030267449 @default.
- W2973972008 cites W2034536417 @default.
- W2973972008 cites W2042940360 @default.
- W2973972008 cites W2051531625 @default.
- W2973972008 cites W2062728668 @default.
- W2973972008 cites W2070842180 @default.
- W2973972008 cites W2079808008 @default.
- W2973972008 cites W2096953482 @default.
- W2973972008 cites W2097101748 @default.
- W2973972008 cites W2123884652 @default.
- W2973972008 cites W2149119196 @default.
- W2973972008 cites W2171031211 @default.
- W2973972008 cites W2178337274 @default.
- W2973972008 cites W2284653257 @default.
- W2973972008 cites W2292134059 @default.
- W2973972008 cites W2320478799 @default.
- W2973972008 cites W2321621036 @default.
- W2973972008 cites W2322706512 @default.
- W2973972008 cites W2325324941 @default.
- W2973972008 cites W2331364947 @default.
- W2973972008 cites W2338745099 @default.
- W2973972008 cites W2346761298 @default.
- W2973972008 cites W2409015258 @default.
- W2973972008 cites W2500158120 @default.
- W2973972008 cites W2520851564 @default.
- W2973972008 cites W2522198029 @default.
- W2973972008 cites W2526766085 @default.
- W2973972008 cites W2535293239 @default.
- W2973972008 cites W2551161062 @default.
- W2973972008 cites W2555582245 @default.
- W2973972008 cites W2558645090 @default.
- W2973972008 cites W2564825425 @default.
- W2973972008 cites W2586821633 @default.
- W2973972008 cites W2589928576 @default.
- W2973972008 cites W2594463021 @default.
- W2973972008 cites W2595236728 @default.
- W2973972008 cites W2595793220 @default.
- W2973972008 cites W2611891973 @default.
- W2973972008 cites W2746231911 @default.
- W2973972008 cites W2748632872 @default.
- W2973972008 cites W2754828662 @default.
- W2973972008 cites W2759535314 @default.
- W2973972008 cites W2759689084 @default.
- W2973972008 cites W2770056379 @default.
- W2973972008 cites W2779154171 @default.
- W2973972008 cites W2782896092 @default.
- W2973972008 cites W2790127581 @default.
- W2973972008 cites W2791124522 @default.
- W2973972008 cites W2791201420 @default.
- W2973972008 cites W2801833192 @default.
- W2973972008 cites W2807669782 @default.
- W2973972008 cites W2810127842 @default.
- W2973972008 cites W2847088730 @default.
- W2973972008 cites W2873384766 @default.
- W2973972008 cites W2888925408 @default.
- W2973972008 cites W2889756276 @default.
- W2973972008 cites W2892002730 @default.
- W2973972008 cites W2899457115 @default.
- W2973972008 cites W2900838572 @default.
- W2973972008 cites W2903470605 @default.
- W2973972008 cites W2912031665 @default.
- W2973972008 doi "https://doi.org/10.1016/j.ensm.2019.09.016" @default.
- W2973972008 hasPublicationYear "2020" @default.
- W2973972008 type Work @default.
- W2973972008 sameAs 2973972008 @default.
- W2973972008 citedByCount "34" @default.
- W2973972008 countsByYear W29739720082020 @default.
- W2973972008 countsByYear W29739720082021 @default.
- W2973972008 countsByYear W29739720082022 @default.
- W2973972008 countsByYear W29739720082023 @default.
- W2973972008 crossrefType "journal-article" @default.
- W2973972008 hasAuthorship W2973972008A5011346551 @default.
- W2973972008 hasAuthorship W2973972008A5055694549 @default.