FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2896622366> ?p ?o ?g. }

• W2896622366 endingPage "25868" @default.
• W2896622366 startingPage "25858" @default.
• W2896622366 abstract "The complexity of the solid electrolyte interphase (SEI) in lithium-ion batteries with graphitic electrodes has triggered extensive research efforts because of its crucial role on the lifetime of the battery. The SEI layer is composed of organic and inorganic species, resultant from the electrolyte decomposition at the electrode–electrolyte interface upon the first cycles of the battery. A stable SEI layer is essential to maintain the chemical and mechanical stability of the electrode as well as the electrochemical stability of the electrolyte in order to prevent further irreversible capacity loss. This work uses computational crystal structure prediction genetic evolutionary algorithms to simulate the nucleation, growth, and aggregation of the inorganic products forming the SEI mosaic film. In depth investigation of the growth mechanisms of LiF and Li2CO3 starting from the first nucleation seeds is undertaken. The cluster-stacking and layer-by-layer SEI growth on the graphite surface as well as near-shore SEI layer cluster aggregation growth mode are shown to be strongly dependent on the electrode degree of lithiation and nature of surface termination groups. Comparison among the various growth modes suggests that the most likely scenario is a mixed mode: small clusters may be formed in near-shore locations and migrate toward the surface during cycling, while nucleation and growth at the surface may also exist. This mixed mode of growth is consistent with a heterogeneous “mosaic” SEI picture suggested in the literature." @default.
• W2896622366 created "2018-10-26" @default.
• W2896622366 creator A5003900368 @default.
• W2896622366 creator A5015946277 @default.
• W2896622366 creator A5026445123 @default.
• W2896622366 creator A5027465485 @default.
• W2896622366 creator A5038108143 @default.
• W2896622366 creator A5038840640 @default.
• W2896622366 creator A5070043925 @default.
• W2896622366 creator A5084390564 @default.
• W2896622366 date "2018-10-21" @default.
• W2896622366 modified "2023-09-27" @default.
• W2896622366 title "Unveiling the First Nucleation and Growth Steps of Inorganic Solid Electrolyte Interphase Components" @default.
• W2896622366 cites W1548886834 @default.
• W2896622366 cites W1560383135 @default.
• W2896622366 cites W1968701893 @default.
• W2896622366 cites W1970127494 @default.
• W2896622366 cites W1971275758 @default.
• W2896622366 cites W1976131035 @default.
• W2896622366 cites W1976566511 @default.
• W2896622366 cites W1977603059 @default.
• W2896622366 cites W1980017525 @default.
• W2896622366 cites W1981368803 @default.
• W2896622366 cites W1989760160 @default.
• W2896622366 cites W1992985800 @default.
• W2896622366 cites W2003029842 @default.
• W2896622366 cites W2007395042 @default.
• W2896622366 cites W2007513192 @default.
• W2896622366 cites W2011287564 @default.
• W2896622366 cites W2013049706 @default.
• W2896622366 cites W2013114032 @default.
• W2896622366 cites W2017388495 @default.
• W2896622366 cites W2017590852 @default.
• W2896622366 cites W2019300570 @default.
• W2896622366 cites W2023531802 @default.
• W2896622366 cites W2024330948 @default.
• W2896622366 cites W2025321151 @default.
• W2896622366 cites W2029258425 @default.
• W2896622366 cites W2031505939 @default.
• W2896622366 cites W2031558918 @default.
• W2896622366 cites W2041628030 @default.
• W2896622366 cites W2041665016 @default.
• W2896622366 cites W2042581501 @default.
• W2896622366 cites W2051686957 @default.
• W2896622366 cites W2057264317 @default.
• W2896622366 cites W2058742631 @default.
• W2896622366 cites W2060307211 @default.
• W2896622366 cites W2062943578 @default.
• W2896622366 cites W2064454797 @default.
• W2896622366 cites W2066050686 @default.
• W2896622366 cites W2071965345 @default.
• W2896622366 cites W2073169853 @default.
• W2896622366 cites W2079105963 @default.
• W2896622366 cites W2080928361 @default.
• W2896622366 cites W2083222334 @default.
• W2896622366 cites W2087383879 @default.
• W2896622366 cites W2087698390 @default.
• W2896622366 cites W2091033250 @default.
• W2896622366 cites W2093422894 @default.
• W2896622366 cites W2099314167 @default.
• W2896622366 cites W2109658437 @default.
• W2896622366 cites W2111573554 @default.
• W2896622366 cites W2117158434 @default.
• W2896622366 cites W2124820885 @default.
• W2896622366 cites W2128451145 @default.
• W2896622366 cites W2143981217 @default.
• W2896622366 cites W2146566905 @default.
• W2896622366 cites W2155179132 @default.
• W2896622366 cites W2169951838 @default.
• W2896622366 cites W2236374542 @default.
• W2896622366 cites W2297211728 @default.
• W2896622366 cites W2297577004 @default.
• W2896622366 cites W2313290761 @default.
• W2896622366 cites W2321622368 @default.
• W2896622366 cites W2331078757 @default.
• W2896622366 cites W2331939070 @default.
• W2896622366 cites W2339468921 @default.
• W2896622366 cites W2343093142 @default.
• W2896622366 cites W2400364893 @default.
• W2896622366 cites W2494078878 @default.
• W2896622366 cites W2531235969 @default.
• W2896622366 cites W2573897539 @default.
• W2896622366 cites W2594982056 @default.
• W2896622366 cites W2614563057 @default.
• W2896622366 cites W2747703836 @default.
• W2896622366 cites W2783223016 @default.
• W2896622366 cites W2786350343 @default.
• W2896622366 cites W2791039751 @default.
• W2896622366 cites W2801443913 @default.
• W2896622366 cites W3005521548 @default.
• W2896622366 cites W3105251271 @default.
• W2896622366 doi "https://doi.org/10.1021/acs.jpcc.8b08398" @default.
• W2896622366 hasPublicationYear "2018" @default.
• W2896622366 type Work @default.
• W2896622366 sameAs 2896622366 @default.
• W2896622366 citedByCount "5" @default.
• W2896622366 countsByYear W28966223662020 @default.
• W2896622366 countsByYear W28966223662021 @default.

• next