Matches in SemOpenAlex for { <https://semopenalex.org/work/W4296640552> ?p ?o ?g. }
- W4296640552 endingPage "107803" @default.
- W4296640552 startingPage "107803" @default.
- W4296640552 abstract "Soft electronics are comprised of stretchable and user-friendly components that mechanically conform to complex surfaces and epidermis, extending their applicability over commercial electronics. Vibration sensors that detect operation conditions of common motions generally rely on rigid materials or tedious fabrications. Here, a fully soft self-powered vibration sensor (SSVS) engineered by laser-assisted fabrication is proposed. Different from its rigid counterparts, the device is constructed with entirely ductile materials including a liquid metal kernel and an elastic shell. Furthermore, laser direct writing elaborates intricate patterns and functional surfaces of SSVS in a rapid and mask-free manner. A ubiquitous IR laser combined with an origami-inspired transfer creates arbitrary out-of-plane electrodes on soft media, while a pulsed UV laser judiciously tunes nonstick microstructures to the liquid metal droplet. To demonstrate the capability on curved surfaces, the SSVS is interfaced with an exhaust silencer of an air compressor and detects failures of screw connection. Additionally, a cap reinforced by SSVS with wireless transmission is devised for motion monitoring, which effectively distinguishes slip from walking, jumping and running. This work affords promising routes toward monitoring complex machinery and remote guardianship for the vulnerable populations." @default.
- W4296640552 created "2022-09-23" @default.
- W4296640552 creator A5001235924 @default.
- W4296640552 creator A5005895138 @default.
- W4296640552 creator A5007325600 @default.
- W4296640552 creator A5009639876 @default.
- W4296640552 creator A5016379697 @default.
- W4296640552 creator A5024460943 @default.
- W4296640552 creator A5043317774 @default.
- W4296640552 creator A5051067613 @default.
- W4296640552 creator A5051401390 @default.
- W4296640552 creator A5052802798 @default.
- W4296640552 creator A5078584338 @default.
- W4296640552 date "2022-12-01" @default.
- W4296640552 modified "2023-10-13" @default.
- W4296640552 title "A fully soft, self-powered vibration sensor by laser direct writing" @default.
- W4296640552 cites W1874658364 @default.
- W4296640552 cites W2022412941 @default.
- W4296640552 cites W2041166196 @default.
- W4296640552 cites W2045912757 @default.
- W4296640552 cites W2055761390 @default.
- W4296640552 cites W2078437191 @default.
- W4296640552 cites W2106707841 @default.
- W4296640552 cites W2168100296 @default.
- W4296640552 cites W2335547930 @default.
- W4296640552 cites W2604172954 @default.
- W4296640552 cites W2732727270 @default.
- W4296640552 cites W2738103550 @default.
- W4296640552 cites W2778577108 @default.
- W4296640552 cites W2906616309 @default.
- W4296640552 cites W2926989958 @default.
- W4296640552 cites W2944310648 @default.
- W4296640552 cites W2947295154 @default.
- W4296640552 cites W2955452574 @default.
- W4296640552 cites W2955750351 @default.
- W4296640552 cites W2960102021 @default.
- W4296640552 cites W2965517668 @default.
- W4296640552 cites W2972819331 @default.
- W4296640552 cites W2981799739 @default.
- W4296640552 cites W2996600937 @default.
- W4296640552 cites W3004818399 @default.
- W4296640552 cites W3005364630 @default.
- W4296640552 cites W3008678248 @default.
- W4296640552 cites W3012377897 @default.
- W4296640552 cites W3012387835 @default.
- W4296640552 cites W3033965659 @default.
- W4296640552 cites W3036727863 @default.
- W4296640552 cites W3083983791 @default.
- W4296640552 cites W3095209751 @default.
- W4296640552 cites W3098214215 @default.
- W4296640552 cites W3111295626 @default.
- W4296640552 cites W3119231187 @default.
- W4296640552 cites W3139109171 @default.
- W4296640552 cites W3139254897 @default.
- W4296640552 cites W3143385457 @default.
- W4296640552 cites W3161992400 @default.
- W4296640552 cites W3186339717 @default.
- W4296640552 cites W3188159533 @default.
- W4296640552 cites W3199327937 @default.
- W4296640552 cites W3214384275 @default.
- W4296640552 cites W4200019901 @default.
- W4296640552 cites W4205771812 @default.
- W4296640552 cites W4210455027 @default.
- W4296640552 cites W4212815107 @default.
- W4296640552 cites W4224245244 @default.
- W4296640552 cites W4225386102 @default.
- W4296640552 cites W4283311248 @default.
- W4296640552 cites W4293105151 @default.
- W4296640552 doi "https://doi.org/10.1016/j.nanoen.2022.107803" @default.
- W4296640552 hasPublicationYear "2022" @default.
- W4296640552 type Work @default.
- W4296640552 citedByCount "12" @default.
- W4296640552 countsByYear W42966405522023 @default.
- W4296640552 crossrefType "journal-article" @default.
- W4296640552 hasAuthorship W4296640552A5001235924 @default.
- W4296640552 hasAuthorship W4296640552A5005895138 @default.
- W4296640552 hasAuthorship W4296640552A5007325600 @default.
- W4296640552 hasAuthorship W4296640552A5009639876 @default.
- W4296640552 hasAuthorship W4296640552A5016379697 @default.
- W4296640552 hasAuthorship W4296640552A5024460943 @default.
- W4296640552 hasAuthorship W4296640552A5043317774 @default.
- W4296640552 hasAuthorship W4296640552A5051067613 @default.
- W4296640552 hasAuthorship W4296640552A5051401390 @default.
- W4296640552 hasAuthorship W4296640552A5052802798 @default.
- W4296640552 hasAuthorship W4296640552A5078584338 @default.
- W4296640552 hasConcept C107354338 @default.
- W4296640552 hasConcept C119599485 @default.
- W4296640552 hasConcept C120665830 @default.
- W4296640552 hasConcept C121332964 @default.
- W4296640552 hasConcept C127413603 @default.
- W4296640552 hasConcept C136525101 @default.
- W4296640552 hasConcept C138331895 @default.
- W4296640552 hasConcept C142724271 @default.
- W4296640552 hasConcept C192562407 @default.
- W4296640552 hasConcept C198394728 @default.
- W4296640552 hasConcept C204787440 @default.
- W4296640552 hasConcept C24890656 @default.
- W4296640552 hasConcept C41008148 @default.