Matches in SemOpenAlex for { <https://semopenalex.org/work/W3187130621> ?p ?o ?g. }
- W3187130621 endingPage "6866" @default.
- W3187130621 startingPage "6859" @default.
- W3187130621 abstract "The increasing demand for safe and dense energy storage has shifted research focus from liquid electrolyte-based Li-ion batteries toward solid-state batteries (SSBs). However, the application of SSBs is impeded by uncontrollable Li dendrite growth and short circuiting, the mechanism of which remains elusive. Herein, we conceptualize a scheme to visualize Li deposition in the confined space inside carbon nanotubes (CNTs) to mimic Li deposition dynamics inside solid electrolyte (SE) cracks, where the high-strength CNT walls mimic the mechanically strong SEs. We observed that the deposited Li propagates as a creeping solid in the CNTs, presenting an effective pathway for stress relaxation. When the stress-relaxation pathway is blocked, the Li deposition-induced stress reaches the gigapascal level and causes CNT fracture. Mechanics analysis suggests that interfacial lithiophilicity critically governs Li deposition dynamics and stress relaxation. Our study offers critical strategies for suppressing Li dendritic growth and constructing high-energy-density, electrochemically and mechanically robust SSBs." @default.
- W3187130621 created "2021-08-16" @default.
- W3187130621 creator A5002731325 @default.
- W3187130621 creator A5007734108 @default.
- W3187130621 creator A5011280888 @default.
- W3187130621 creator A5013737207 @default.
- W3187130621 creator A5023083950 @default.
- W3187130621 creator A5030449789 @default.
- W3187130621 creator A5031962868 @default.
- W3187130621 creator A5045025045 @default.
- W3187130621 creator A5050240108 @default.
- W3187130621 creator A5053459622 @default.
- W3187130621 creator A5055562978 @default.
- W3187130621 creator A5061948021 @default.
- W3187130621 creator A5067065215 @default.
- W3187130621 creator A5072742005 @default.
- W3187130621 creator A5081402679 @default.
- W3187130621 creator A5082019295 @default.
- W3187130621 creator A5083538029 @default.
- W3187130621 creator A5083928066 @default.
- W3187130621 creator A5089171585 @default.
- W3187130621 date "2021-08-09" @default.
- W3187130621 modified "2023-10-14" @default.
- W3187130621 title "Lithium Deposition-Induced Fracture of Carbon Nanotubes and Its Implication to Solid-State Batteries" @default.
- W3187130621 cites W2044345130 @default.
- W3187130621 cites W2065575761 @default.
- W3187130621 cites W2066000086 @default.
- W3187130621 cites W2078474999 @default.
- W3187130621 cites W2081891816 @default.
- W3187130621 cites W2096188874 @default.
- W3187130621 cites W2098224539 @default.
- W3187130621 cites W2113656311 @default.
- W3187130621 cites W2122164055 @default.
- W3187130621 cites W2339730650 @default.
- W3187130621 cites W2560486596 @default.
- W3187130621 cites W2725925537 @default.
- W3187130621 cites W2803642566 @default.
- W3187130621 cites W2803756741 @default.
- W3187130621 cites W2887341141 @default.
- W3187130621 cites W2895160903 @default.
- W3187130621 cites W2907588123 @default.
- W3187130621 cites W2921192624 @default.
- W3187130621 cites W2935069165 @default.
- W3187130621 cites W2935985330 @default.
- W3187130621 cites W2956006083 @default.
- W3187130621 cites W2964528467 @default.
- W3187130621 cites W2979411476 @default.
- W3187130621 cites W2997395091 @default.
- W3187130621 cites W3003856351 @default.
- W3187130621 cites W3005458036 @default.
- W3187130621 cites W3009358395 @default.
- W3187130621 cites W3009604216 @default.
- W3187130621 cites W3013784348 @default.
- W3187130621 cites W3033314356 @default.
- W3187130621 cites W3040692178 @default.
- W3187130621 cites W3040726913 @default.
- W3187130621 cites W3091398053 @default.
- W3187130621 cites W3102959786 @default.
- W3187130621 cites W3108897655 @default.
- W3187130621 cites W3111582260 @default.
- W3187130621 cites W3118735270 @default.
- W3187130621 cites W3121030946 @default.
- W3187130621 cites W3128384863 @default.
- W3187130621 cites W3133796797 @default.
- W3187130621 doi "https://doi.org/10.1021/acs.nanolett.1c01910" @default.
- W3187130621 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34369786" @default.
- W3187130621 hasPublicationYear "2021" @default.
- W3187130621 type Work @default.
- W3187130621 sameAs 3187130621 @default.
- W3187130621 citedByCount "8" @default.
- W3187130621 countsByYear W31871306212021 @default.
- W3187130621 countsByYear W31871306212022 @default.
- W3187130621 countsByYear W31871306212023 @default.
- W3187130621 crossrefType "journal-article" @default.
- W3187130621 hasAuthorship W3187130621A5002731325 @default.
- W3187130621 hasAuthorship W3187130621A5007734108 @default.
- W3187130621 hasAuthorship W3187130621A5011280888 @default.
- W3187130621 hasAuthorship W3187130621A5013737207 @default.
- W3187130621 hasAuthorship W3187130621A5023083950 @default.
- W3187130621 hasAuthorship W3187130621A5030449789 @default.
- W3187130621 hasAuthorship W3187130621A5031962868 @default.
- W3187130621 hasAuthorship W3187130621A5045025045 @default.
- W3187130621 hasAuthorship W3187130621A5050240108 @default.
- W3187130621 hasAuthorship W3187130621A5053459622 @default.
- W3187130621 hasAuthorship W3187130621A5055562978 @default.
- W3187130621 hasAuthorship W3187130621A5061948021 @default.
- W3187130621 hasAuthorship W3187130621A5067065215 @default.
- W3187130621 hasAuthorship W3187130621A5072742005 @default.
- W3187130621 hasAuthorship W3187130621A5081402679 @default.
- W3187130621 hasAuthorship W3187130621A5082019295 @default.
- W3187130621 hasAuthorship W3187130621A5083538029 @default.
- W3187130621 hasAuthorship W3187130621A5083928066 @default.
- W3187130621 hasAuthorship W3187130621A5089171585 @default.
- W3187130621 hasBestOaLocation W31871306213 @default.
- W3187130621 hasConcept C104779481 @default.
- W3187130621 hasConcept C109883240 @default.
- W3187130621 hasConcept C127413603 @default.
- W3187130621 hasConcept C134018914 @default.