Matches in SemOpenAlex for { <https://semopenalex.org/work/W3025525421> ?p ?o ?g. }
- W3025525421 endingPage "125508" @default.
- W3025525421 startingPage "125508" @default.
- W3025525421 abstract "The development of Li-ion batteries for the new flexible technologies should also consider environment and safety issues. Therefore, this research focused on developing an aqueous water-based process for the preparation of free-standing, CNT-free and flexible Li4Ti5O12 (LTO) electrodes, where LTO itself was also obtained through an aqueous route. The electrodes contain carbon black, polyvinyl alcohol (PVA) and polyethylene glycol (PEG) 500 or 6000 g/mol. The SEM and IR-ATR analyses confirmed a good distribution of all components. 2 wt% PEG 6000 or 3 wt% PEG 500 with respect to LTO were the optimum ratios to obtain free-standing flexible electrodes. The suspensions were studied by rheological analysis: the system was found to be stable (G’ modulus above G’’ modulus) and the role of the polymers and carbon in the suspensions has been investigated by viscosity measurements. Excellent electrochemical performances (up to 157mAh/g at 1C rate) were obtained for PEG6000-based current-collector-free electrodes. Mild mechanical stress applied to the electrodes before the measurements allowed to enhance the performances, which could be related to the creation of tiny cracks which led to better penetration of the electrolyte in the electrode." @default.
- W3025525421 created "2020-05-21" @default.
- W3025525421 creator A5005560098 @default.
- W3025525421 creator A5010369940 @default.
- W3025525421 creator A5014386961 @default.
- W3025525421 creator A5021615642 @default.
- W3025525421 creator A5031235884 @default.
- W3025525421 creator A5054354818 @default.
- W3025525421 creator A5060294839 @default.
- W3025525421 creator A5072544403 @default.
- W3025525421 creator A5078725110 @default.
- W3025525421 date "2020-10-01" @default.
- W3025525421 modified "2023-10-13" @default.
- W3025525421 title "Aqueous processing of flexible, free-standing Li4Ti5O12 electrodes for Li-ion batteries" @default.
- W3025525421 cites W1972929404 @default.
- W3025525421 cites W1973518565 @default.
- W3025525421 cites W1977196650 @default.
- W3025525421 cites W2003009512 @default.
- W3025525421 cites W2014868933 @default.
- W3025525421 cites W2019877594 @default.
- W3025525421 cites W2022787874 @default.
- W3025525421 cites W2029872662 @default.
- W3025525421 cites W2036182127 @default.
- W3025525421 cites W2036303877 @default.
- W3025525421 cites W2046104611 @default.
- W3025525421 cites W2050438642 @default.
- W3025525421 cites W2050789827 @default.
- W3025525421 cites W2051340612 @default.
- W3025525421 cites W2063718548 @default.
- W3025525421 cites W2067871717 @default.
- W3025525421 cites W2069933720 @default.
- W3025525421 cites W2077533647 @default.
- W3025525421 cites W2091336328 @default.
- W3025525421 cites W2094036016 @default.
- W3025525421 cites W2102194372 @default.
- W3025525421 cites W2102717817 @default.
- W3025525421 cites W2131621090 @default.
- W3025525421 cites W2154695664 @default.
- W3025525421 cites W2162786467 @default.
- W3025525421 cites W2300817247 @default.
- W3025525421 cites W2326294696 @default.
- W3025525421 cites W2412529141 @default.
- W3025525421 cites W2504921335 @default.
- W3025525421 cites W2543170980 @default.
- W3025525421 cites W2553695946 @default.
- W3025525421 cites W2553947284 @default.
- W3025525421 cites W2585161045 @default.
- W3025525421 cites W2606667035 @default.
- W3025525421 cites W2615889836 @default.
- W3025525421 cites W2619720215 @default.
- W3025525421 cites W2761681586 @default.
- W3025525421 cites W2766453091 @default.
- W3025525421 cites W2768100097 @default.
- W3025525421 cites W2770048403 @default.
- W3025525421 cites W2775125305 @default.
- W3025525421 cites W2790910939 @default.
- W3025525421 cites W2790928926 @default.
- W3025525421 cites W2791897057 @default.
- W3025525421 cites W2807440711 @default.
- W3025525421 cites W2810747626 @default.
- W3025525421 cites W2882971906 @default.
- W3025525421 cites W2888404514 @default.
- W3025525421 cites W2891492675 @default.
- W3025525421 cites W2895211049 @default.
- W3025525421 cites W2896192476 @default.
- W3025525421 cites W2897138153 @default.
- W3025525421 cites W2898325546 @default.
- W3025525421 cites W2904134181 @default.
- W3025525421 cites W2908542802 @default.
- W3025525421 cites W2917748399 @default.
- W3025525421 cites W2921851254 @default.
- W3025525421 cites W2950654086 @default.
- W3025525421 cites W2980780648 @default.
- W3025525421 cites W4214755266 @default.
- W3025525421 cites W4382021767 @default.
- W3025525421 doi "https://doi.org/10.1016/j.cej.2020.125508" @default.
- W3025525421 hasPublicationYear "2020" @default.
- W3025525421 type Work @default.
- W3025525421 sameAs 3025525421 @default.
- W3025525421 citedByCount "10" @default.
- W3025525421 countsByYear W30255254212021 @default.
- W3025525421 countsByYear W30255254212022 @default.
- W3025525421 countsByYear W30255254212023 @default.
- W3025525421 crossrefType "journal-article" @default.
- W3025525421 hasAuthorship W3025525421A5005560098 @default.
- W3025525421 hasAuthorship W3025525421A5010369940 @default.
- W3025525421 hasAuthorship W3025525421A5014386961 @default.
- W3025525421 hasAuthorship W3025525421A5021615642 @default.
- W3025525421 hasAuthorship W3025525421A5031235884 @default.
- W3025525421 hasAuthorship W3025525421A5054354818 @default.
- W3025525421 hasAuthorship W3025525421A5060294839 @default.
- W3025525421 hasAuthorship W3025525421A5072544403 @default.
- W3025525421 hasAuthorship W3025525421A5078725110 @default.
- W3025525421 hasConcept C10138342 @default.
- W3025525421 hasConcept C127413603 @default.
- W3025525421 hasConcept C147789679 @default.
- W3025525421 hasConcept C159985019 @default.
- W3025525421 hasConcept C162324750 @default.