Matches in SemOpenAlex for { <https://semopenalex.org/work/W4386003497> ?p ?o ?g. }
- W4386003497 endingPage "103304" @default.
- W4386003497 startingPage "103304" @default.
- W4386003497 abstract "Ni-rich single-crystal materials are next-generation cathode materials for achieving a high specific energy density in lithium-ion batteries and solving intergranular cracking in polycrystal cathodes. However, residual lithium compounds generated on the cathode surface by high-temperature calcination can hamper its rate capability. In this study, a Mo-based Li+-ion conductor Li2MoO4 coating layer was generated from the residual lithium compounds on the Ni-rich single-crystal cathode surface using (NH4)6Mo7O24∙4H2O via melt decomposition. The process of Li2MoO4 coating involves heat treatment, which promotes the diffusion of Mo ions from the coating layer into the surface region of single-crystal LiNi0.9Co0.07Mn0.03O2(SC NCM90) and it leads to the formation of a Mo6+-doped phase. The Mo-based Li+ conductor coating layer facilitated lithium-ion transport and suppressed side reaction of SC NCM90 at the electrode/electrolyte interface. At an 8 C rate, the discharge capacity of the Li2MoO4-coated SC NCM90 cathode was 128.1 mAh g−1, whereas pristine SC NCM90 exhibited a lower capacity of 62 mAh g−1. In addition, the Li2MoO4-coated SC NCM90 demonstrated superior cyclability and a notable capacity retention during the cycling test after undergoing twice for 3 days of storage tests at 60 °C while fully charged." @default.
- W4386003497 created "2023-08-20" @default.
- W4386003497 creator A5039289249 @default.
- W4386003497 creator A5041602936 @default.
- W4386003497 creator A5055578635 @default.
- W4386003497 creator A5060291004 @default.
- W4386003497 creator A5072564747 @default.
- W4386003497 creator A5082811567 @default.
- W4386003497 date "2023-10-01" @default.
- W4386003497 modified "2023-10-07" @default.
- W4386003497 title "Tailored coating method for the spontaneous formation of Li2MoO4 nanolayer from residual lithium on single crystal Ni-rich cathode in lithium-ion batteries" @default.
- W4386003497 cites W1812006874 @default.
- W4386003497 cites W2005743746 @default.
- W4386003497 cites W2006318126 @default.
- W4386003497 cites W2018476059 @default.
- W4386003497 cites W2021172010 @default.
- W4386003497 cites W2036362648 @default.
- W4386003497 cites W2040081294 @default.
- W4386003497 cites W2050483263 @default.
- W4386003497 cites W2051987757 @default.
- W4386003497 cites W2061880688 @default.
- W4386003497 cites W2065077785 @default.
- W4386003497 cites W2067618419 @default.
- W4386003497 cites W2080852474 @default.
- W4386003497 cites W2112440086 @default.
- W4386003497 cites W2127194196 @default.
- W4386003497 cites W2136822440 @default.
- W4386003497 cites W2138111906 @default.
- W4386003497 cites W2142053890 @default.
- W4386003497 cites W2166851515 @default.
- W4386003497 cites W2178611116 @default.
- W4386003497 cites W2259376134 @default.
- W4386003497 cites W2321622368 @default.
- W4386003497 cites W2560541345 @default.
- W4386003497 cites W2599346507 @default.
- W4386003497 cites W2609675780 @default.
- W4386003497 cites W2611622996 @default.
- W4386003497 cites W2786769511 @default.
- W4386003497 cites W2787322343 @default.
- W4386003497 cites W2789830798 @default.
- W4386003497 cites W2794985170 @default.
- W4386003497 cites W2808984221 @default.
- W4386003497 cites W2885586866 @default.
- W4386003497 cites W2886831938 @default.
- W4386003497 cites W2893453907 @default.
- W4386003497 cites W2908573590 @default.
- W4386003497 cites W2911958329 @default.
- W4386003497 cites W2937973796 @default.
- W4386003497 cites W2938230226 @default.
- W4386003497 cites W2952469799 @default.
- W4386003497 cites W2989224964 @default.
- W4386003497 cites W2999337968 @default.
- W4386003497 cites W2999340876 @default.
- W4386003497 cites W3000205796 @default.
- W4386003497 cites W3002151566 @default.
- W4386003497 cites W3004768374 @default.
- W4386003497 cites W3007586926 @default.
- W4386003497 cites W3009109952 @default.
- W4386003497 cites W3010441218 @default.
- W4386003497 cites W3013252775 @default.
- W4386003497 cites W3013385983 @default.
- W4386003497 cites W3034279305 @default.
- W4386003497 cites W3081776681 @default.
- W4386003497 cites W3095729698 @default.
- W4386003497 cites W3104798233 @default.
- W4386003497 cites W3109256844 @default.
- W4386003497 cites W3112445364 @default.
- W4386003497 cites W3138135055 @default.
- W4386003497 cites W3164381165 @default.
- W4386003497 cites W3164913538 @default.
- W4386003497 cites W3179810014 @default.
- W4386003497 cites W3197300555 @default.
- W4386003497 cites W3199229845 @default.
- W4386003497 cites W3202586009 @default.
- W4386003497 cites W3209193399 @default.
- W4386003497 cites W3213328656 @default.
- W4386003497 cites W3215060720 @default.
- W4386003497 cites W4210527453 @default.
- W4386003497 cites W4214910555 @default.
- W4386003497 cites W4225164169 @default.
- W4386003497 cites W4229451246 @default.
- W4386003497 cites W4246658713 @default.
- W4386003497 cites W4293497046 @default.
- W4386003497 cites W4306631600 @default.
- W4386003497 cites W4310249287 @default.
- W4386003497 doi "https://doi.org/10.1016/j.surfin.2023.103304" @default.
- W4386003497 hasPublicationYear "2023" @default.
- W4386003497 type Work @default.
- W4386003497 citedByCount "0" @default.
- W4386003497 crossrefType "journal-article" @default.
- W4386003497 hasAuthorship W4386003497A5039289249 @default.
- W4386003497 hasAuthorship W4386003497A5041602936 @default.
- W4386003497 hasAuthorship W4386003497A5055578635 @default.
- W4386003497 hasAuthorship W4386003497A5060291004 @default.
- W4386003497 hasAuthorship W4386003497A5072564747 @default.
- W4386003497 hasAuthorship W4386003497A5082811567 @default.
- W4386003497 hasConcept C127413603 @default.
- W4386003497 hasConcept C134018914 @default.