Matches in SemOpenAlex for { <https://semopenalex.org/work/W3040594568> ?p ?o ?g. }
- W3040594568 endingPage "9831" @default.
- W3040594568 startingPage "9819" @default.
- W3040594568 abstract "Practical applications of lithium–sulfur batteries are simultaneously hindered by two serious problems occurring separately in both electrodes, namely, the shuttle effects of lithium polysulfides and the uncontrollable growth of lithium dendrites. Herein, to explore a facile integrated approach to tackle both problems as well as guarantee the efficient charge transfer, we used two-dimension hexagonal VS2 flakes as the building blocks to assemble nanotowers on the separators, forming a symmetrical double-side-modified polypropylene separator without blocking the membrane pores. Benefiting from the “sulfiphilic” and “lithiophilic” properties, high interfacial electronic conductivity, and the unique hexagonal tower-form nanostructure, the D-HVS@PP separator not only guarantees the effective suppression of the lithium polysulfide shuttle and the rapid ion/electron transfer but also realizes uniform and stable lithium nucleation and growth during cycling. Hence, just at the expense of an 11% increase in the separator weight (0.14 mg cm–2), the D-HVS@PP separator delivers an over 16 times higher initial areal capacity (8.3 mAh cm–2) than a conventional PP separator (0.5 mAh cm–2) under high sulfur-loading conditions (9.24 mg cm–2). Even when used under a low electrolyte/sulfur ratio of 4 mL g–1 and a practically relevant N/P ratio of 1.7, the D-HVS@PP separator still enabled stable cycling with a high cell-level gravimetric energy density. The potentials in broader applications (Li–S pouch battery and Li–LiFePO4 battery) and the promising commercial prospect (large-scale production and recyclability) of the developed separator are also demonstrated." @default.
- W3040594568 created "2020-07-10" @default.
- W3040594568 creator A5004636057 @default.
- W3040594568 creator A5009866828 @default.
- W3040594568 creator A5012639160 @default.
- W3040594568 creator A5016808540 @default.
- W3040594568 creator A5048792896 @default.
- W3040594568 creator A5056147381 @default.
- W3040594568 creator A5066586426 @default.
- W3040594568 creator A5068504791 @default.
- W3040594568 creator A5078687454 @default.
- W3040594568 creator A5081472333 @default.
- W3040594568 creator A5085623846 @default.
- W3040594568 creator A5087944559 @default.
- W3040594568 date "2020-07-07" @default.
- W3040594568 modified "2023-10-16" @default.
- W3040594568 title "Suppressing the Shuttle Effect and Dendrite Growth in Lithium–Sulfur Batteries" @default.
- W3040594568 cites W1979323697 @default.
- W3040594568 cites W1991573501 @default.
- W3040594568 cites W2023473515 @default.
- W3040594568 cites W2043533311 @default.
- W3040594568 cites W2083222334 @default.
- W3040594568 cites W2087698390 @default.
- W3040594568 cites W2102403524 @default.
- W3040594568 cites W2146579158 @default.
- W3040594568 cites W2168673268 @default.
- W3040594568 cites W2213772797 @default.
- W3040594568 cites W2234216540 @default.
- W3040594568 cites W2236094608 @default.
- W3040594568 cites W2283268185 @default.
- W3040594568 cites W2324057145 @default.
- W3040594568 cites W2345379520 @default.
- W3040594568 cites W2427150934 @default.
- W3040594568 cites W2470209020 @default.
- W3040594568 cites W2520233558 @default.
- W3040594568 cites W2529855904 @default.
- W3040594568 cites W2575735654 @default.
- W3040594568 cites W2588261270 @default.
- W3040594568 cites W2593380324 @default.
- W3040594568 cites W2593815020 @default.
- W3040594568 cites W2594576812 @default.
- W3040594568 cites W2598002007 @default.
- W3040594568 cites W2604330414 @default.
- W3040594568 cites W2604395274 @default.
- W3040594568 cites W2612361113 @default.
- W3040594568 cites W2612686288 @default.
- W3040594568 cites W2619010848 @default.
- W3040594568 cites W2742075475 @default.
- W3040594568 cites W2747794501 @default.
- W3040594568 cites W2751182218 @default.
- W3040594568 cites W2751500407 @default.
- W3040594568 cites W2756372991 @default.
- W3040594568 cites W2772788030 @default.
- W3040594568 cites W2777870289 @default.
- W3040594568 cites W2786790851 @default.
- W3040594568 cites W2792388100 @default.
- W3040594568 cites W2804683225 @default.
- W3040594568 cites W2809012081 @default.
- W3040594568 cites W2884387252 @default.
- W3040594568 cites W2884793593 @default.
- W3040594568 cites W2885205718 @default.
- W3040594568 cites W2885615162 @default.
- W3040594568 cites W2885966104 @default.
- W3040594568 cites W2886995549 @default.
- W3040594568 cites W2888404514 @default.
- W3040594568 cites W2896461491 @default.
- W3040594568 cites W2896655753 @default.
- W3040594568 cites W2898481368 @default.
- W3040594568 cites W2900622635 @default.
- W3040594568 cites W2902797989 @default.
- W3040594568 cites W2910159338 @default.
- W3040594568 cites W2912148168 @default.
- W3040594568 cites W2914631011 @default.
- W3040594568 cites W2925634635 @default.
- W3040594568 cites W2936384055 @default.
- W3040594568 cites W2943729378 @default.
- W3040594568 cites W2944547236 @default.
- W3040594568 cites W2945928700 @default.
- W3040594568 cites W2954691998 @default.
- W3040594568 cites W2970226963 @default.
- W3040594568 cites W2971837992 @default.
- W3040594568 cites W2977156191 @default.
- W3040594568 cites W2980818853 @default.
- W3040594568 cites W2990678685 @default.
- W3040594568 cites W2995104938 @default.
- W3040594568 cites W3015915007 @default.
- W3040594568 cites W3016350125 @default.
- W3040594568 cites W3018030504 @default.
- W3040594568 doi "https://doi.org/10.1021/acsnano.0c02241" @default.
- W3040594568 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32634303" @default.
- W3040594568 hasPublicationYear "2020" @default.
- W3040594568 type Work @default.
- W3040594568 sameAs 3040594568 @default.
- W3040594568 citedByCount "185" @default.
- W3040594568 countsByYear W30405945682020 @default.
- W3040594568 countsByYear W30405945682021 @default.
- W3040594568 countsByYear W30405945682022 @default.
- W3040594568 countsByYear W30405945682023 @default.