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- W2800739710 abstract "Lithium-oxygen (Li-O2) batteries are desirable for electric vehicles because of their high energy density. Li dendrite growth and severe electrolyte decomposition on Li metal are, however, challenging issues for the practical application of these batteries. In this connection, an electrochemically active two-dimensional phosphorene-derived lithium phosphide is introduced as a Li metal protective layer, where the nanosized protective layer on Li metal suppresses electrolyte decomposition and Li dendrite growth. This suppression is attributed to thermodynamic properties of the electrochemically active lithium phosphide protective layer. The electrolyte decomposition is suppressed on the protective layer because the redox potential of lithium phosphide layer is higher than that of electrolyte decomposition. Li plating is thermodynamically unfavorable on lithium phosphide layers, which hinders Li dendrite growth during cycling. As a result, the nanosized lithium phosphide protective layer improves the cycle performance of Li symmetric cells and Li-O2 batteries with various electrolytes including lithium bis(trifluoromethanesulfonyl)imide in N,N-dimethylacetamide. A variety of ex situ analyses and theoretical calculations support these behaviors of the phosphorene-derived lithium phosphide protective layer." @default.
- W2800739710 created "2018-05-17" @default.
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- W2800739710 date "2018-05-01" @default.
- W2800739710 modified "2023-10-16" @default.
- W2800739710 title "Two-Dimensional Phosphorene-Derived Protective Layers on a Lithium Metal Anode for Lithium-Oxygen Batteries" @default.
- W2800739710 cites W1764528596 @default.
- W2800739710 cites W1782726582 @default.
- W2800739710 cites W1871602445 @default.
- W2800739710 cites W1969670420 @default.
- W2800739710 cites W1975193078 @default.
- W2800739710 cites W1976221331 @default.
- W2800739710 cites W1980157469 @default.
- W2800739710 cites W1981247518 @default.
- W2800739710 cites W1984060337 @default.
- W2800739710 cites W1984306479 @default.
- W2800739710 cites W1995692928 @default.
- W2800739710 cites W1998766081 @default.
- W2800739710 cites W2017502745 @default.
- W2800739710 cites W2021172010 @default.
- W2800739710 cites W2023825673 @default.
- W2800739710 cites W2026807464 @default.
- W2800739710 cites W2027123129 @default.
- W2800739710 cites W2027158155 @default.
- W2800739710 cites W2027274288 @default.
- W2800739710 cites W2048532212 @default.
- W2800739710 cites W2048932034 @default.
- W2800739710 cites W2055277062 @default.
- W2800739710 cites W2055621447 @default.
- W2800739710 cites W2064281777 @default.
- W2800739710 cites W2065124153 @default.
- W2800739710 cites W2070416274 @default.
- W2800739710 cites W2071245550 @default.
- W2800739710 cites W2079820329 @default.
- W2800739710 cites W2080852016 @default.
- W2800739710 cites W2087869788 @default.
- W2800739710 cites W2088586552 @default.
- W2800739710 cites W2091147020 @default.
- W2800739710 cites W2092742983 @default.
- W2800739710 cites W2095201883 @default.
- W2800739710 cites W2099314167 @default.
- W2800739710 cites W2107450890 @default.
- W2800739710 cites W2107818169 @default.
- W2800739710 cites W2115959992 @default.
- W2800739710 cites W2117256576 @default.
- W2800739710 cites W2120576892 @default.
- W2800739710 cites W2125969838 @default.
- W2800739710 cites W2131451707 @default.
- W2800739710 cites W2146884076 @default.
- W2800739710 cites W2151207643 @default.
- W2800739710 cites W2159557151 @default.
- W2800739710 cites W2162036593 @default.
- W2800739710 cites W2169070800 @default.
- W2800739710 cites W2169211003 @default.
- W2800739710 cites W2201742974 @default.
- W2800739710 cites W2206155368 @default.
- W2800739710 cites W2217159267 @default.
- W2800739710 cites W2229626598 @default.
- W2800739710 cites W2292306708 @default.
- W2800739710 cites W2300106344 @default.
- W2800739710 cites W2313247439 @default.
- W2800739710 cites W2316245542 @default.
- W2800739710 cites W2316837173 @default.
- W2800739710 cites W2328126563 @default.
- W2800739710 cites W2328301981 @default.
- W2800739710 cites W2330909815 @default.
- W2800739710 cites W2331458798 @default.
- W2800739710 cites W2343975031 @default.
- W2800739710 cites W2515074261 @default.
- W2800739710 cites W2581607497 @default.
- W2800739710 cites W2587767928 @default.
- W2800739710 cites W2597459350 @default.
- W2800739710 cites W2605648440 @default.
- W2800739710 cites W2607796308 @default.
- W2800739710 cites W2612843351 @default.
- W2800739710 cites W2614850432 @default.
- W2800739710 cites W2735041121 @default.
- W2800739710 cites W2737378308 @default.
- W2800739710 cites W2741070977 @default.
- W2800739710 cites W2760634604 @default.
- W2800739710 cites W2764173718 @default.
- W2800739710 cites W853322686 @default.
- W2800739710 doi "https://doi.org/10.1021/acsnano.8b00348" @default.
- W2800739710 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29714999" @default.
- W2800739710 hasPublicationYear "2018" @default.