Matches in SemOpenAlex for { <https://semopenalex.org/work/W4288050906> ?p ?o ?g. }
- W4288050906 endingPage "35494" @default.
- W4288050906 startingPage "35485" @default.
- W4288050906 abstract "Low-cost sodium-ion-based electrochemical energy storage devices, especially vanadium-based sodium-ion pseudocapacitors, are receiving increasing attention. However, the inevitable dissolution of vanadium in aqueous electrolytes usually leads to poor cycling stability and a narrow electrochemical stability window (ESW). In this study, we prepared layered (NH4)2V10O25·8H2O with a hierarchical flower-like structure and an ultralarge layer spacing and evaluated its potential as a sodium-ion pseudocapacitive material. Ex situ X-ray diffraction (XRD) measurement and kinetic analysis demonstrate the reversible intercalation and deintercalation of Na+ in (NH4)2V10O25·8H2O in NaClO4 electrolytes. Significantly improved durability and a large voltage window of 3.2 V are achieved in the high-concentration NaClO4 electrolyte. Inductively coupled plasma-optical emission spectroscopy (ICP-OES) analysis and molecular dynamics (MD) simulations reveal that the dissolution of vanadium in the high-concentration NaClO4 electrolyte can be effectively suppressed. An asymmetric sodium-ion capacitor with a wide voltage window of 3.2 V was successfully assembled, and it delivered a high energy density of 53.1 Wh kg-1 at a power density of 3.2 kW kg-1." @default.
- W4288050906 created "2022-07-28" @default.
- W4288050906 creator A5004470543 @default.
- W4288050906 creator A5019790793 @default.
- W4288050906 creator A5038805449 @default.
- W4288050906 creator A5043447058 @default.
- W4288050906 creator A5060247796 @default.
- W4288050906 creator A5062671791 @default.
- W4288050906 creator A5071504062 @default.
- W4288050906 creator A5071645974 @default.
- W4288050906 creator A5072063429 @default.
- W4288050906 creator A5075354166 @default.
- W4288050906 date "2022-07-27" @default.
- W4288050906 modified "2023-10-10" @default.
- W4288050906 title "Suppressing Vanadium Dissolution in “Water-in-Salt” Electrolytes for 3.2 V Aqueous Sodium-Ion Pseudocapacitors" @default.
- W4288050906 cites W1970320842 @default.
- W4288050906 cites W1972462650 @default.
- W4288050906 cites W1974472600 @default.
- W4288050906 cites W1982904970 @default.
- W4288050906 cites W1989266585 @default.
- W4288050906 cites W1989577512 @default.
- W4288050906 cites W1992486962 @default.
- W4288050906 cites W2013401068 @default.
- W4288050906 cites W2014136949 @default.
- W4288050906 cites W2022097579 @default.
- W4288050906 cites W2042470713 @default.
- W4288050906 cites W2058611139 @default.
- W4288050906 cites W2070124501 @default.
- W4288050906 cites W2106248046 @default.
- W4288050906 cites W2153084793 @default.
- W4288050906 cites W2162677524 @default.
- W4288050906 cites W2166028968 @default.
- W4288050906 cites W2229124923 @default.
- W4288050906 cites W2312899126 @default.
- W4288050906 cites W2338886221 @default.
- W4288050906 cites W2507880332 @default.
- W4288050906 cites W2591887878 @default.
- W4288050906 cites W2603442821 @default.
- W4288050906 cites W2724676585 @default.
- W4288050906 cites W2746231911 @default.
- W4288050906 cites W2761832309 @default.
- W4288050906 cites W2781499021 @default.
- W4288050906 cites W2803754218 @default.
- W4288050906 cites W2883091485 @default.
- W4288050906 cites W2887558346 @default.
- W4288050906 cites W2890019883 @default.
- W4288050906 cites W2895076431 @default.
- W4288050906 cites W2898191571 @default.
- W4288050906 cites W2898653982 @default.
- W4288050906 cites W2899457115 @default.
- W4288050906 cites W2901462024 @default.
- W4288050906 cites W2908821512 @default.
- W4288050906 cites W2914784404 @default.
- W4288050906 cites W2921101166 @default.
- W4288050906 cites W2954400501 @default.
- W4288050906 cites W2958074639 @default.
- W4288050906 cites W2981803851 @default.
- W4288050906 cites W2982826178 @default.
- W4288050906 cites W2988217613 @default.
- W4288050906 cites W2994986433 @default.
- W4288050906 cites W2995530661 @default.
- W4288050906 cites W3009575933 @default.
- W4288050906 cites W3010410946 @default.
- W4288050906 cites W3014352411 @default.
- W4288050906 cites W3016375517 @default.
- W4288050906 cites W3024504602 @default.
- W4288050906 cites W3035954969 @default.
- W4288050906 cites W3036643675 @default.
- W4288050906 cites W3037679216 @default.
- W4288050906 cites W3037830571 @default.
- W4288050906 cites W3047875511 @default.
- W4288050906 cites W3083815677 @default.
- W4288050906 cites W3086978961 @default.
- W4288050906 cites W3087276320 @default.
- W4288050906 cites W3097664261 @default.
- W4288050906 cites W3098107377 @default.
- W4288050906 cites W3120171836 @default.
- W4288050906 cites W3126792487 @default.
- W4288050906 cites W3128619250 @default.
- W4288050906 cites W3140590893 @default.
- W4288050906 cites W3145516918 @default.
- W4288050906 cites W3157653435 @default.
- W4288050906 cites W3197577217 @default.
- W4288050906 cites W3204715753 @default.
- W4288050906 cites W3205482686 @default.
- W4288050906 doi "https://doi.org/10.1021/acsami.2c05174" @default.
- W4288050906 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35894212" @default.
- W4288050906 hasPublicationYear "2022" @default.
- W4288050906 type Work @default.
- W4288050906 citedByCount "0" @default.
- W4288050906 crossrefType "journal-article" @default.
- W4288050906 hasAuthorship W4288050906A5004470543 @default.
- W4288050906 hasAuthorship W4288050906A5019790793 @default.
- W4288050906 hasAuthorship W4288050906A5038805449 @default.
- W4288050906 hasAuthorship W4288050906A5043447058 @default.
- W4288050906 hasAuthorship W4288050906A5060247796 @default.
- W4288050906 hasAuthorship W4288050906A5062671791 @default.
- W4288050906 hasAuthorship W4288050906A5071504062 @default.