Matches in SemOpenAlex for { <https://semopenalex.org/work/W2890570110> ?p ?o ?g. }
- W2890570110 endingPage "9586" @default.
- W2890570110 startingPage "9578" @default.
- W2890570110 abstract "Lithium-sulfur (Li-S) batteries are strongly considered as promising energy storage devices due to their high capacity and large theoretical energy density. However, the shuttle of polysulfides and their sluggish kinetic conversion in electrochemical processes seriously reduce the utilization of active sulfur, leading to a rapid capacity fading. Herein we introduced indium nitride (InN) nanowires into Li-S batteries through separator modification. Both the indium cation and electron-rich nitrogen atom of InN served as the polysulfide traps through strong chemical affinity. Meanwhile, the rapid electron transfer on the surface of InN accelerated the conversion of polysulfides in a working battery. The bifunction of InN nanowires effectively suppressed the shuttle effect. Therefore, Li-S batteries with InN-modified separators exhibit excellent rate performance and high stable cycling life with only 0.015% capacity decay per cycle after 1000 cycles, which affords fresh insights into the energy chemistry of high-stable Li-S batteries." @default.
- W2890570110 created "2018-09-27" @default.
- W2890570110 creator A5006753025 @default.
- W2890570110 creator A5007545654 @default.
- W2890570110 creator A5039837606 @default.
- W2890570110 creator A5073270057 @default.
- W2890570110 creator A5076768386 @default.
- W2890570110 creator A5082857859 @default.
- W2890570110 creator A5089011489 @default.
- W2890570110 date "2018-09-10" @default.
- W2890570110 modified "2023-10-17" @default.
- W2890570110 title "Enhanced Electrochemical Kinetics and Polysulfide Traps of Indium Nitride for Highly Stable Lithium–Sulfur Batteries" @default.
- W2890570110 cites W1899474548 @default.
- W2890570110 cites W1972485673 @default.
- W2890570110 cites W1974789788 @default.
- W2890570110 cites W1994386978 @default.
- W2890570110 cites W2006318126 @default.
- W2890570110 cites W2018684435 @default.
- W2890570110 cites W2028017301 @default.
- W2890570110 cites W2054984038 @default.
- W2890570110 cites W2069592333 @default.
- W2890570110 cites W2074003099 @default.
- W2890570110 cites W2124831932 @default.
- W2890570110 cites W2151207643 @default.
- W2890570110 cites W2164485446 @default.
- W2890570110 cites W2167504056 @default.
- W2890570110 cites W2167851484 @default.
- W2890570110 cites W2212183100 @default.
- W2890570110 cites W2317855605 @default.
- W2890570110 cites W2327001674 @default.
- W2890570110 cites W2331293360 @default.
- W2890570110 cites W2341001719 @default.
- W2890570110 cites W2356737049 @default.
- W2890570110 cites W2399220888 @default.
- W2890570110 cites W2470209020 @default.
- W2890570110 cites W2476116270 @default.
- W2890570110 cites W2499711050 @default.
- W2890570110 cites W2508563296 @default.
- W2890570110 cites W2520233558 @default.
- W2890570110 cites W2522794559 @default.
- W2890570110 cites W2523449543 @default.
- W2890570110 cites W2524417285 @default.
- W2890570110 cites W2531406671 @default.
- W2890570110 cites W2542162402 @default.
- W2890570110 cites W2556438676 @default.
- W2890570110 cites W2560303891 @default.
- W2890570110 cites W2560814032 @default.
- W2890570110 cites W2561477710 @default.
- W2890570110 cites W2566501856 @default.
- W2890570110 cites W2587430261 @default.
- W2890570110 cites W2592400953 @default.
- W2890570110 cites W2594511318 @default.
- W2890570110 cites W2594576812 @default.
- W2890570110 cites W2598002007 @default.
- W2890570110 cites W2602495095 @default.
- W2890570110 cites W2604862259 @default.
- W2890570110 cites W2611502802 @default.
- W2890570110 cites W2616509060 @default.
- W2890570110 cites W2616646071 @default.
- W2890570110 cites W2619010848 @default.
- W2890570110 cites W2621079809 @default.
- W2890570110 cites W2626247556 @default.
- W2890570110 cites W2727207215 @default.
- W2890570110 cites W2735214027 @default.
- W2890570110 cites W2735943101 @default.
- W2890570110 cites W2743225084 @default.
- W2890570110 cites W2744496034 @default.
- W2890570110 cites W2745153359 @default.
- W2890570110 cites W2750917818 @default.
- W2890570110 cites W2765376333 @default.
- W2890570110 cites W2768219267 @default.
- W2890570110 cites W2768795108 @default.
- W2890570110 cites W2770530734 @default.
- W2890570110 cites W2773645766 @default.
- W2890570110 cites W2783868804 @default.
- W2890570110 cites W2783988434 @default.
- W2890570110 cites W2785304174 @default.
- W2890570110 cites W2790654258 @default.
- W2890570110 cites W2804990541 @default.
- W2890570110 cites W3022552545 @default.
- W2890570110 cites W4230179650 @default.
- W2890570110 doi "https://doi.org/10.1021/acsnano.8b05466" @default.
- W2890570110 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30199634" @default.
- W2890570110 hasPublicationYear "2018" @default.
- W2890570110 type Work @default.
- W2890570110 sameAs 2890570110 @default.
- W2890570110 citedByCount "204" @default.
- W2890570110 countsByYear W28905701102019 @default.
- W2890570110 countsByYear W28905701102020 @default.
- W2890570110 countsByYear W28905701102021 @default.
- W2890570110 countsByYear W28905701102022 @default.
- W2890570110 countsByYear W28905701102023 @default.
- W2890570110 crossrefType "journal-article" @default.
- W2890570110 hasAuthorship W2890570110A5006753025 @default.
- W2890570110 hasAuthorship W2890570110A5007545654 @default.
- W2890570110 hasAuthorship W2890570110A5039837606 @default.
- W2890570110 hasAuthorship W2890570110A5073270057 @default.
- W2890570110 hasAuthorship W2890570110A5076768386 @default.