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- W4375858462 endingPage "135" @default.
- W4375858462 startingPage "120" @default.
- W4375858462 abstract "Abstract With the increasing scale of energy storage, it is urgently demanding for further advancements on battery technologies in terms of energy density, cost, cycle life and safety. The development of lithium-ion batteries (LIBs) not only relies on electrodes, but also the functional electrolyte systems to achieve controllable formation of solid electrolyte interphase and high ionic conductivity. In order to satisfy the needs of higher energy density, high-voltage (> 4.3 V) cathodes such as Li-rich layered compounds, olivine LiNiPO 4 , spinel LiNi 0.5 Mn 1.5 O 4 have been extensively studied. However, high-voltage cathode-based LIBs fade rapidly mainly owing to the anodic decomposition of electrolytes, gradually thickening of interfacial passivation layer and vast irreversible capacity loss, hence encountering huge obstacle toward practical applications. To tackle this roadblock, substantial progress has been made toward oxidation-resistant electrolytes to block its side reaction with high-voltage cathodes. In this review, we discuss degradation mechanisms of electrolytes at electrolyte/cathode interface and ideal requirements of electrolytes for high-voltage cathode, as well as summarize recent advances of oxidation-resistant electrolyte optimization mainly from solvents and additives. With these insights, it is anticipated that development of liquid electrolyte tolerable to high-voltage cathode will boost the large-scale practical applications of high-voltage cathode-based LIBs." @default.
- W4375858462 created "2023-05-10" @default.
- W4375858462 creator A5010193899 @default.
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- W4375858462 date "2023-04-01" @default.
- W4375858462 modified "2023-10-18" @default.
- W4375858462 title "Recent Advances in Electrolytes for High-Voltage Cathodes of Lithium-Ion Batteries" @default.
- W4375858462 cites W1976190487 @default.
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- W4375858462 cites W2018518604 @default.
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- W4375858462 cites W2138111906 @default.
- W4375858462 cites W2147739414 @default.
- W4375858462 cites W2209655681 @default.
- W4375858462 cites W2301871377 @default.
- W4375858462 cites W2318223860 @default.
- W4375858462 cites W2324233177 @default.
- W4375858462 cites W2474776315 @default.
- W4375858462 cites W2512254317 @default.
- W4375858462 cites W2514412837 @default.
- W4375858462 cites W2558291488 @default.
- W4375858462 cites W2560159252 @default.
- W4375858462 cites W2563680319 @default.
- W4375858462 cites W2584837988 @default.
- W4375858462 cites W2596000382 @default.
- W4375858462 cites W2740815861 @default.
- W4375858462 cites W2763690325 @default.
- W4375858462 cites W2771396823 @default.
- W4375858462 cites W2783562246 @default.
- W4375858462 cites W2812155923 @default.
- W4375858462 cites W2882995456 @default.
- W4375858462 cites W2888707239 @default.
- W4375858462 cites W2898190586 @default.
- W4375858462 cites W2899382595 @default.
- W4375858462 cites W2915092910 @default.
- W4375858462 cites W2922443589 @default.
- W4375858462 cites W2940608791 @default.
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- W4375858462 cites W2945703454 @default.
- W4375858462 cites W2947862629 @default.
- W4375858462 cites W2950270308 @default.
- W4375858462 cites W2950511297 @default.
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- W4375858462 cites W2968782665 @default.
- W4375858462 cites W2970623374 @default.
- W4375858462 cites W2983591229 @default.
- W4375858462 cites W2999073481 @default.
- W4375858462 cites W3005107320 @default.
- W4375858462 cites W3016033743 @default.
- W4375858462 cites W3017712197 @default.
- W4375858462 cites W3028285162 @default.
- W4375858462 cites W3035947524 @default.
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- W4375858462 cites W3041679088 @default.
- W4375858462 cites W3112491125 @default.
- W4375858462 cites W3117251787 @default.
- W4375858462 cites W3117664282 @default.
- W4375858462 cites W3124276497 @default.
- W4375858462 cites W3135601976 @default.
- W4375858462 cites W3136167573 @default.
- W4375858462 cites W3139505294 @default.
- W4375858462 cites W3193044426 @default.
- W4375858462 cites W3194423622 @default.
- W4375858462 cites W3202668556 @default.
- W4375858462 cites W3211477876 @default.
- W4375858462 cites W3213543493 @default.
- W4375858462 cites W4200374280 @default.
- W4375858462 cites W4207049696 @default.
- W4375858462 cites W4210678551 @default.
- W4375858462 cites W4220757481 @default.
- W4375858462 cites W4220992180 @default.
- W4375858462 cites W4224217455 @default.
- W4375858462 cites W4225398668 @default.
- W4375858462 cites W4229079925 @default.
- W4375858462 cites W4256505646 @default.
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- W4375858462 cites W4285405368 @default.
- W4375858462 cites W4292343572 @default.
- W4375858462 cites W4293059954 @default.
- W4375858462 cites W4294771560 @default.
- W4375858462 cites W4296888774 @default.
- W4375858462 cites W4309436644 @default.
- W4375858462 cites W4313406560 @default.
- W4375858462 cites W4313595302 @default.
- W4375858462 doi "https://doi.org/10.1007/s12209-023-00355-0" @default.
- W4375858462 hasPublicationYear "2023" @default.
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