Matches in SemOpenAlex for { <https://semopenalex.org/work/W4309774865> ?p ?o ?g. }
- W4309774865 endingPage "140443" @default.
- W4309774865 startingPage "140443" @default.
- W4309774865 abstract "The practical application of wearable real-time monitoring systems is currently restricted by the irreversible mechanical damage and fracture of their sensors during physical activity, which has inspired the development of self-healable ink materials. However, progress in this field is limited by the difficulty of combining high mechanical strength with high conductivity and realizing scalable and efficient fabrication. Herein, a fluid dynamics process is used to prepare a self-healable, robust, and conductive ink through the incorporation of graphene into a self-healing polymer, namely poly(1,4-cyclohexanedimethanol succinate-co-citrate). The corresponding screen-printed serpentine-structured electrode exhibits spontaneous conductivity self-healing during 10 cut-heal cycles and at a tensile strain of 200% under ambient conditions. These unique properties are used to fabricate a highly stretchable electrochemical Na+ sensor with a high self-healing efficiency (average sensitivity retention of 99%). On-body tests reveal that this wearable sensor is well suited for the real-time monitoring of sweat during physical exercise and is capable of autonomous repair after mechanical cutting, showing a healing time of ∼12 s. Thus, our work paves the way to the commercialization of devices typically requiring a combination of mechanical resilience and stable electrical performance, e.g., e-skin, sweat sensors, soft robotics, and biofuel cells." @default.
- W4309774865 created "2022-11-29" @default.
- W4309774865 creator A5001970861 @default.
- W4309774865 creator A5006786551 @default.
- W4309774865 creator A5015321710 @default.
- W4309774865 creator A5035660410 @default.
- W4309774865 creator A5045271344 @default.
- W4309774865 creator A5052086492 @default.
- W4309774865 creator A5055876831 @default.
- W4309774865 creator A5076982812 @default.
- W4309774865 creator A5086784849 @default.
- W4309774865 creator A5088316336 @default.
- W4309774865 creator A5088779021 @default.
- W4309774865 date "2023-02-01" @default.
- W4309774865 modified "2023-10-18" @default.
- W4309774865 title "Ultra-fast self-healable stretchable bio-based elastomer/graphene ink using fluid dynamics process for printed wearable sweat-monitoring sensor" @default.
- W4309774865 cites W1971544828 @default.
- W4309774865 cites W1997243066 @default.
- W4309774865 cites W1999959880 @default.
- W4309774865 cites W2033601397 @default.
- W4309774865 cites W2075262366 @default.
- W4309774865 cites W2075489519 @default.
- W4309774865 cites W2125021169 @default.
- W4309774865 cites W2158168357 @default.
- W4309774865 cites W2237658902 @default.
- W4309774865 cites W2266175888 @default.
- W4309774865 cites W2346225394 @default.
- W4309774865 cites W2415203182 @default.
- W4309774865 cites W2548626271 @default.
- W4309774865 cites W2596867090 @default.
- W4309774865 cites W2776383818 @default.
- W4309774865 cites W2780000738 @default.
- W4309774865 cites W2782009972 @default.
- W4309774865 cites W2786731106 @default.
- W4309774865 cites W2791443927 @default.
- W4309774865 cites W2803166075 @default.
- W4309774865 cites W2808848509 @default.
- W4309774865 cites W2809726945 @default.
- W4309774865 cites W2885288763 @default.
- W4309774865 cites W2886441420 @default.
- W4309774865 cites W2895639573 @default.
- W4309774865 cites W2903041279 @default.
- W4309774865 cites W2903184184 @default.
- W4309774865 cites W2914214206 @default.
- W4309774865 cites W2914385747 @default.
- W4309774865 cites W2914493171 @default.
- W4309774865 cites W2916802028 @default.
- W4309774865 cites W2937598339 @default.
- W4309774865 cites W2939155052 @default.
- W4309774865 cites W2945107054 @default.
- W4309774865 cites W2951696429 @default.
- W4309774865 cites W2965991828 @default.
- W4309774865 cites W2966312625 @default.
- W4309774865 cites W2977000368 @default.
- W4309774865 cites W2986432149 @default.
- W4309774865 cites W2987637983 @default.
- W4309774865 cites W2989207837 @default.
- W4309774865 cites W2990605642 @default.
- W4309774865 cites W2990903472 @default.
- W4309774865 cites W2990935493 @default.
- W4309774865 cites W2993650165 @default.
- W4309774865 cites W2993662738 @default.
- W4309774865 cites W2995871270 @default.
- W4309774865 cites W3006852128 @default.
- W4309774865 cites W3008874451 @default.
- W4309774865 cites W3012369283 @default.
- W4309774865 cites W3017605837 @default.
- W4309774865 cites W3030487910 @default.
- W4309774865 cites W3033449785 @default.
- W4309774865 cites W3039020356 @default.
- W4309774865 cites W3083200895 @default.
- W4309774865 cites W3089560203 @default.
- W4309774865 cites W3090322361 @default.
- W4309774865 cites W3094974272 @default.
- W4309774865 cites W3110148019 @default.
- W4309774865 cites W3127756477 @default.
- W4309774865 cites W3132782516 @default.
- W4309774865 cites W3136622810 @default.
- W4309774865 cites W3137234662 @default.
- W4309774865 cites W3139435085 @default.
- W4309774865 cites W3152792543 @default.
- W4309774865 cites W3161419062 @default.
- W4309774865 cites W3163613059 @default.
- W4309774865 cites W3182606471 @default.
- W4309774865 cites W3199927567 @default.
- W4309774865 cites W3209179172 @default.
- W4309774865 cites W4225264252 @default.
- W4309774865 cites W4281900509 @default.
- W4309774865 doi "https://doi.org/10.1016/j.cej.2022.140443" @default.
- W4309774865 hasPublicationYear "2023" @default.
- W4309774865 type Work @default.
- W4309774865 citedByCount "10" @default.
- W4309774865 countsByYear W43097748652023 @default.
- W4309774865 crossrefType "journal-article" @default.
- W4309774865 hasAuthorship W4309774865A5001970861 @default.
- W4309774865 hasAuthorship W4309774865A5006786551 @default.
- W4309774865 hasAuthorship W4309774865A5015321710 @default.
- W4309774865 hasAuthorship W4309774865A5035660410 @default.