Matches in SemOpenAlex for { <https://semopenalex.org/work/W3008426000> ?p ?o ?g. }
- W3008426000 endingPage "100927" @default.
- W3008426000 startingPage "100927" @default.
- W3008426000 abstract "Abstract A series of bimetallic oxides electrode materials were proposed to boost the supercapacitor performance using the density functional theory (DFT) in combination with the electrochemical tests. This work provides a guiding role for exploring energy storage materials with high performance. Based on the plane wave ultra-soft pseudo-potential (PWPP) and general gradient approximate (GGA) in DFT, the electronic and the crystal structures of various strontium bismuth oxides (β-Bi2O3, SrBi2O4, Sr2Bi2O5 and SrBiO3) were calculated, and the corresponding energy bands were compared. The simulation results show that SrBiO3 has a smaller band gap than the other three oxides, due to the significant hybridization of the electronic density of SrBiO3. The prepared strontium bismuth oxide materials (SrBi2O4, Sr2Bi2O5 and SrBiO3) were characterized using scanning electron microscopy (SEM), transmission electron microscope (TEM) and X-ray diffraction (XRD), respectively. In the electrochemical measurement of 6M KOH solution, SrBiO3 presents the highest specific capacity of 810.93F g−1 (i.e. 126.95 mAh g−1) at a current density of 1A g−1. The capacitance retention rate of SrBiO3 is 80.11 % after 2000 cycles, which indicates that it has the useful properties of cyclic stability. All the results suggest that SrBiO3 will be an excellent candidate in electrode materials for the battery-type supercapacitors." @default.
- W3008426000 created "2020-03-06" @default.
- W3008426000 creator A5009866828 @default.
- W3008426000 creator A5019079091 @default.
- W3008426000 creator A5019711753 @default.
- W3008426000 creator A5037904912 @default.
- W3008426000 creator A5050982716 @default.
- W3008426000 creator A5058210728 @default.
- W3008426000 creator A5063700913 @default.
- W3008426000 creator A5078293692 @default.
- W3008426000 creator A5082893297 @default.
- W3008426000 date "2020-09-01" @default.
- W3008426000 modified "2023-09-30" @default.
- W3008426000 title "High-performance strontium and bismuth bimetallic oxides electrode：combine first-principles calculations with electrochemical tests" @default.
- W3008426000 cites W1451276009 @default.
- W3008426000 cites W1936650214 @default.
- W3008426000 cites W1978777697 @default.
- W3008426000 cites W1987552102 @default.
- W3008426000 cites W1988854061 @default.
- W3008426000 cites W1994248656 @default.
- W3008426000 cites W1995200190 @default.
- W3008426000 cites W1996132095 @default.
- W3008426000 cites W1999105648 @default.
- W3008426000 cites W2020732878 @default.
- W3008426000 cites W2025497005 @default.
- W3008426000 cites W2027874655 @default.
- W3008426000 cites W2034519399 @default.
- W3008426000 cites W2035587849 @default.
- W3008426000 cites W2036749694 @default.
- W3008426000 cites W2039349554 @default.
- W3008426000 cites W2049496198 @default.
- W3008426000 cites W2052701576 @default.
- W3008426000 cites W2070258945 @default.
- W3008426000 cites W2072979888 @default.
- W3008426000 cites W2076520602 @default.
- W3008426000 cites W2082319765 @default.
- W3008426000 cites W2088215266 @default.
- W3008426000 cites W2094131521 @default.
- W3008426000 cites W2095072406 @default.
- W3008426000 cites W2100726069 @default.
- W3008426000 cites W2142595200 @default.
- W3008426000 cites W2154979241 @default.
- W3008426000 cites W2176899275 @default.
- W3008426000 cites W2178994079 @default.
- W3008426000 cites W2194286379 @default.
- W3008426000 cites W2258661450 @default.
- W3008426000 cites W2270981475 @default.
- W3008426000 cites W2320450583 @default.
- W3008426000 cites W2396325454 @default.
- W3008426000 cites W2402848710 @default.
- W3008426000 cites W2417108482 @default.
- W3008426000 cites W2437002227 @default.
- W3008426000 cites W2466766716 @default.
- W3008426000 cites W2481200086 @default.
- W3008426000 cites W2512195381 @default.
- W3008426000 cites W2521509688 @default.
- W3008426000 cites W2615204271 @default.
- W3008426000 cites W2618698024 @default.
- W3008426000 cites W2623425602 @default.
- W3008426000 cites W2785052019 @default.
- W3008426000 cites W2791618528 @default.
- W3008426000 cites W2792726459 @default.
- W3008426000 cites W2793669993 @default.
- W3008426000 cites W2801088584 @default.
- W3008426000 cites W2883632267 @default.
- W3008426000 cites W2885167492 @default.
- W3008426000 cites W2890374575 @default.
- W3008426000 cites W2911168574 @default.
- W3008426000 cites W2921613068 @default.
- W3008426000 cites W2961823353 @default.
- W3008426000 cites W3018117050 @default.
- W3008426000 cites W357884144 @default.
- W3008426000 cites W4250441203 @default.
- W3008426000 cites W2904208857 @default.
- W3008426000 doi "https://doi.org/10.1016/j.mtcomm.2020.100927" @default.
- W3008426000 hasPublicationYear "2020" @default.
- W3008426000 type Work @default.
- W3008426000 sameAs 3008426000 @default.
- W3008426000 citedByCount "2" @default.
- W3008426000 countsByYear W30084260002022 @default.
- W3008426000 crossrefType "journal-article" @default.
- W3008426000 hasAuthorship W3008426000A5009866828 @default.
- W3008426000 hasAuthorship W3008426000A5019079091 @default.
- W3008426000 hasAuthorship W3008426000A5019711753 @default.
- W3008426000 hasAuthorship W3008426000A5037904912 @default.
- W3008426000 hasAuthorship W3008426000A5050982716 @default.
- W3008426000 hasAuthorship W3008426000A5058210728 @default.
- W3008426000 hasAuthorship W3008426000A5063700913 @default.
- W3008426000 hasAuthorship W3008426000A5078293692 @default.
- W3008426000 hasAuthorship W3008426000A5082893297 @default.
- W3008426000 hasConcept C147789679 @default.
- W3008426000 hasConcept C171250308 @default.
- W3008426000 hasConcept C17525397 @default.
- W3008426000 hasConcept C178790620 @default.
- W3008426000 hasConcept C179104552 @default.
- W3008426000 hasConcept C185592680 @default.
- W3008426000 hasConcept C191897082 @default.
- W3008426000 hasConcept C192562407 @default.