Matches in SemOpenAlex for { <https://semopenalex.org/work/W4200428172> ?p ?o ?g. }
- W4200428172 endingPage "20618" @default.
- W4200428172 startingPage "20607" @default.
- W4200428172 abstract "Intricate hollow carbon structures possess vital function for anchoring polysulfides and enhancing the utilization of sulfur in room-temperature sodium-sulfur batteries. However, their synthesis is extremely challenging due to the complex structure. Here, a facile and efficient strategy is developed for the controllable synthesis of N/O-doped multichambered carbon nanoboxes (MCCBs) by selective etching and stepwise carbonization of ZIF-8 nanocubes. The MCCBs consist of porous carbon shells on the outside and connected carbon grids with a hollow structure on the inside, bringing about a MCCBs structure. As a sulfur host, the multichambered structure has better spatial encapsulation and integrated conductivity via the inner interconnected carbon grids, which combines the characteristics of short charge transfer path and superb physicochemical adsorption along with mechanical strength. As expected, the S@MCCBs cathode realizes decent cycle stability (0.045% capacity decay per cycle over 800 cycles at 5 A g-1) and enhanced rate performance (328 mA h g-1 at 10 A g-1). Furthermore, in situ transmission electron microscopy (TEM) observation confirms the good structural stability of the S@MCCBs during the (de)sodiation process. Our work demonstrates an effective strategy for the rational design and accurate construction of intricate hollow materials for high-performance energy storage systems." @default.
- W4200428172 created "2021-12-31" @default.
- W4200428172 creator A5006991833 @default.
- W4200428172 creator A5012718451 @default.
- W4200428172 creator A5012793599 @default.
- W4200428172 creator A5020057816 @default.
- W4200428172 creator A5021522901 @default.
- W4200428172 creator A5025429373 @default.
- W4200428172 creator A5026450162 @default.
- W4200428172 creator A5050386535 @default.
- W4200428172 creator A5055078985 @default.
- W4200428172 creator A5058254555 @default.
- W4200428172 creator A5067652261 @default.
- W4200428172 creator A5076284081 @default.
- W4200428172 creator A5077352344 @default.
- W4200428172 creator A5078128438 @default.
- W4200428172 creator A5086281529 @default.
- W4200428172 creator A5086701746 @default.
- W4200428172 date "2021-12-15" @default.
- W4200428172 modified "2023-10-15" @default.
- W4200428172 title "An Efficient Strategy toward Multichambered Carbon Nanoboxes with Multiple Spatial Confinement for Advanced Sodium–Sulfur Batteries" @default.
- W4200428172 cites W1224571190 @default.
- W4200428172 cites W1970127494 @default.
- W4200428172 cites W1970320842 @default.
- W4200428172 cites W1981368803 @default.
- W4200428172 cites W1989121075 @default.
- W4200428172 cites W1995269172 @default.
- W4200428172 cites W2001920125 @default.
- W4200428172 cites W2006553433 @default.
- W4200428172 cites W2017291838 @default.
- W4200428172 cites W2025283862 @default.
- W4200428172 cites W2048399545 @default.
- W4200428172 cites W2092732690 @default.
- W4200428172 cites W2098518102 @default.
- W4200428172 cites W2117006210 @default.
- W4200428172 cites W2143785701 @default.
- W4200428172 cites W2165619163 @default.
- W4200428172 cites W2167115023 @default.
- W4200428172 cites W2184574649 @default.
- W4200428172 cites W2330146532 @default.
- W4200428172 cites W2414122334 @default.
- W4200428172 cites W2418439740 @default.
- W4200428172 cites W2467223933 @default.
- W4200428172 cites W2508563296 @default.
- W4200428172 cites W2511586762 @default.
- W4200428172 cites W2513522235 @default.
- W4200428172 cites W2528925415 @default.
- W4200428172 cites W2584224906 @default.
- W4200428172 cites W2586821633 @default.
- W4200428172 cites W2624129592 @default.
- W4200428172 cites W2736230196 @default.
- W4200428172 cites W2772839079 @default.
- W4200428172 cites W2777911438 @default.
- W4200428172 cites W2778533433 @default.
- W4200428172 cites W2783583498 @default.
- W4200428172 cites W2786651482 @default.
- W4200428172 cites W2791736135 @default.
- W4200428172 cites W2801062115 @default.
- W4200428172 cites W2804134085 @default.
- W4200428172 cites W2895882429 @default.
- W4200428172 cites W2902916285 @default.
- W4200428172 cites W2910705105 @default.
- W4200428172 cites W2916009421 @default.
- W4200428172 cites W2945226090 @default.
- W4200428172 cites W2946614070 @default.
- W4200428172 cites W2973246404 @default.
- W4200428172 cites W2979282147 @default.
- W4200428172 cites W2995410797 @default.
- W4200428172 cites W2999372362 @default.
- W4200428172 cites W2999892147 @default.
- W4200428172 cites W3006383426 @default.
- W4200428172 cites W3013396400 @default.
- W4200428172 cites W3019685217 @default.
- W4200428172 cites W3020713876 @default.
- W4200428172 cites W3021714500 @default.
- W4200428172 cites W3026270804 @default.
- W4200428172 cites W3037483283 @default.
- W4200428172 cites W3042236904 @default.
- W4200428172 cites W3042498764 @default.
- W4200428172 cites W3087554308 @default.
- W4200428172 cites W3091172930 @default.
- W4200428172 cites W3092409327 @default.
- W4200428172 cites W3095921042 @default.
- W4200428172 cites W3120593224 @default.
- W4200428172 cites W3124993904 @default.
- W4200428172 cites W3159678591 @default.
- W4200428172 cites W3193888229 @default.
- W4200428172 cites W3194761621 @default.
- W4200428172 cites W3198785747 @default.
- W4200428172 cites W3203170317 @default.
- W4200428172 cites W4250495169 @default.
- W4200428172 cites W4361798619 @default.
- W4200428172 doi "https://doi.org/10.1021/acsnano.1c09402" @default.
- W4200428172 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34910449" @default.
- W4200428172 hasPublicationYear "2021" @default.
- W4200428172 type Work @default.
- W4200428172 citedByCount "25" @default.
- W4200428172 countsByYear W42004281722022 @default.