FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4310591567> ?p ?o ?g. }

• W4310591567 endingPage "55087" @default.
• W4310591567 startingPage "55075" @default.
• W4310591567 abstract "Nowadays, with the rapid development of artificial intelligence, conductive hydrogel-based sensors play an increasingly vital role in health monitoring and temperature sensing. However, the perfect integration of the environmental stability and applied performance of the hydrogel has always been a challenging and significant problem. Herein, we report an environmentally tolerant, stretchable, adhesive, self-healing conductive gel through multiple dynamic interactions in the water/glycerol/ionic liquids medium, which can be used as a high-performance strain and temperature sensor. The random copolymer poly(acrylic acid-co-acetoacetoxyethyl methacrylate) interacts with the branched poly(ethylene imine) (PEI) and Zr4+ ions via the dynamic covalent enamine bonds, coordinations, and electrostatic interactions to improve stretchable (1300%), compressible, fatigue-resistant (1000 cycles at 50% strain), and self-healing performance (95%, 24 h). The combination of water/glycerol/ionic liquids imparts the resulting gel with excellent electrical conductivity, anti-drying, and anti-freezing performance. By means of the above excellent performance, the gel could be used as the flexible strain or pressure sensor with high sensitivity and stability for the detection of the movement, expression, handwriting, pronouncing, and electrocardiogram (ECG) signals in various models. Meanwhile, the resulting gel can be assembled as the temperature sensor to trace the change of temperature accurately and steadily, which has a wide operating window (0 to 100 °C), an ultralow detection limit (0.2 °C), and high sensitivity (2.1% °C-1). It is believed that the strategy for the multifunction and high-performance gel will blaze a new trail for the smart device in health management, temperature detection, and information transmission under various environmental conditions." @default.
• W4310591567 created "2022-12-12" @default.
• W4310591567 creator A5017145310 @default.
• W4310591567 creator A5030568020 @default.
• W4310591567 creator A5034473699 @default.
• W4310591567 creator A5052888983 @default.
• W4310591567 creator A5074728970 @default.
• W4310591567 creator A5075365993 @default.
• W4310591567 creator A5078964173 @default.
• W4310591567 creator A5006691455 @default.
• W4310591567 date "2022-12-01" @default.
• W4310591567 modified "2023-10-04" @default.
• W4310591567 title "Environmentally Stable, Stretchable, Adhesive, and Conductive Organohydrogels with Multiple Dynamic Interactions as High-Performance Strain and Temperature Sensors" @default.
• W4310591567 cites W1975765217 @default.
• W4310591567 cites W1988120079 @default.
• W4310591567 cites W1994952188 @default.
• W4310591567 cites W2020959202 @default.
• W4310591567 cites W2045931865 @default.
• W4310591567 cites W2057089681 @default.
• W4310591567 cites W2068564466 @default.
• W4310591567 cites W2080472241 @default.
• W4310591567 cites W2088709531 @default.
• W4310591567 cites W2092860016 @default.
• W4310591567 cites W2094106578 @default.
• W4310591567 cites W2128774352 @default.
• W4310591567 cites W2172002354 @default.
• W4310591567 cites W2237528249 @default.
• W4310591567 cites W2560469000 @default.
• W4310591567 cites W2617784531 @default.
• W4310591567 cites W2792966670 @default.
• W4310591567 cites W2807641208 @default.
• W4310591567 cites W2890945551 @default.
• W4310591567 cites W2896078086 @default.
• W4310591567 cites W2908553400 @default.
• W4310591567 cites W2914162130 @default.
• W4310591567 cites W2965921043 @default.
• W4310591567 cites W2967165790 @default.
• W4310591567 cites W2972453911 @default.
• W4310591567 cites W2976066620 @default.
• W4310591567 cites W2979733065 @default.
• W4310591567 cites W2980744544 @default.
• W4310591567 cites W2981163185 @default.
• W4310591567 cites W2994378490 @default.
• W4310591567 cites W2996840700 @default.
• W4310591567 cites W2997543742 @default.
• W4310591567 cites W2998883194 @default.
• W4310591567 cites W2998922900 @default.
• W4310591567 cites W2999082459 @default.
• W4310591567 cites W3000725578 @default.
• W4310591567 cites W3018457074 @default.
• W4310591567 cites W3033449785 @default.
• W4310591567 cites W3041462574 @default.
• W4310591567 cites W3042590524 @default.
• W4310591567 cites W3047411995 @default.
• W4310591567 cites W3047968485 @default.
• W4310591567 cites W3082457442 @default.
• W4310591567 cites W3083122707 @default.
• W4310591567 cites W3083233698 @default.
• W4310591567 cites W3085679475 @default.
• W4310591567 cites W3086832551 @default.
• W4310591567 cites W3091393638 @default.
• W4310591567 cites W3096377621 @default.
• W4310591567 cites W3105580439 @default.
• W4310591567 cites W3115146558 @default.
• W4310591567 cites W3118635313 @default.
• W4310591567 cites W3130187750 @default.
• W4310591567 cites W3137962840 @default.
• W4310591567 cites W3147968705 @default.
• W4310591567 cites W3157827520 @default.
• W4310591567 cites W3162586647 @default.
• W4310591567 cites W3165043463 @default.
• W4310591567 cites W3178196114 @default.
• W4310591567 cites W3181447398 @default.
• W4310591567 cites W3181804001 @default.
• W4310591567 cites W3194139872 @default.
• W4310591567 cites W3196288460 @default.
• W4310591567 cites W3198517227 @default.
• W4310591567 cites W3200091033 @default.
• W4310591567 cites W3203543789 @default.
• W4310591567 cites W3209564722 @default.
• W4310591567 cites W3210051196 @default.
• W4310591567 cites W3212621336 @default.
• W4310591567 cites W3216024762 @default.
• W4310591567 cites W4205100036 @default.
• W4310591567 cites W4211108898 @default.
• W4310591567 cites W4211246526 @default.
• W4310591567 cites W4223924409 @default.
• W4310591567 cites W4223954713 @default.
• W4310591567 cites W4282969440 @default.
• W4310591567 cites W4283393177 @default.
• W4310591567 cites W4297399224 @default.
• W4310591567 doi "https://doi.org/10.1021/acsami.2c16919" @default.
• W4310591567 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36455289" @default.
• W4310591567 hasPublicationYear "2022" @default.
• W4310591567 type Work @default.
• W4310591567 citedByCount "3" @default.
• W4310591567 countsByYear W43105915672023 @default.
• W4310591567 crossrefType "journal-article" @default.

• next