FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2976307171> ?p ?o ?g. }

• W2976307171 endingPage "104123" @default.
• W2976307171 startingPage "104123" @default.
• W2976307171 abstract "Abstract The rapid development of wearable sensing technology exhibits unprecedented opportunities for artificial intelligence by establishing an interactive interface between the physical and the virtual worlds. Energy preservation and multi-functional integration are central for the enhancement of perception and sustainability of wearable electronics. Herein, to address the above two critical challenges, we presented a printed silk-fibroin-based triboelectric nanogenerator (PS-TENG), which can efficiently scavenge the bio-mechanical energy and precisely detect components of environmental humidity and human body motions simultaneously. An industrial mass-fabrication technology, i.e. screen-printing process, was successfully optimized to manufacture graphite-based microscale surface patterns atop polymeric soft substrate to form interdigital electrodes, which was covered by a thin layer of silk fibroin to realize the PS-TENG. The proposed wearable PS-TENG exhibited a remarkable output performance, and the voltage, the current and the power density achieved up to 666 V, 174.6 μA, 412 μW/cm2, respectively. Furthermore, this ultra-thin foldable PS-TENG possesses incredible features for multi-functional wearable sensing. With the help of the unique selective absorption property of silk fibroin, it was firstly reported that the existing states of water molecules (i.e., liquid and gaseous) in the air were successfully distinguished. Moreover, as attractive potential applications, it was demonstrated to accurately discriminate the health situation of human body (i.e., respiratory monitoring and joints motion recognizing) based on the capacitive and the triboelectric principles respectively, which is a novel combination of passive sensing and active sensing mechanisms within a single wearable device." @default.
• W2976307171 created "2019-10-03" @default.
• W2976307171 creator A5001048120 @default.
• W2976307171 creator A5012342261 @default.
• W2976307171 creator A5021687717 @default.
• W2976307171 creator A5024918716 @default.
• W2976307171 creator A5043631166 @default.
• W2976307171 creator A5045017016 @default.
• W2976307171 creator A5087234075 @default.
• W2976307171 date "2019-12-01" @default.
• W2976307171 modified "2023-10-18" @default.
• W2976307171 title "Printed silk-fibroin-based triboelectric nanogenerators for multi-functional wearable sensing" @default.
• W2976307171 cites W1000605845 @default.
• W2976307171 cites W1685840938 @default.
• W2976307171 cites W1973268886 @default.
• W2976307171 cites W1992895078 @default.
• W2976307171 cites W1996927369 @default.
• W2976307171 cites W1997320004 @default.
• W2976307171 cites W2008833163 @default.
• W2976307171 cites W2072254384 @default.
• W2976307171 cites W2106590853 @default.
• W2976307171 cites W2112545124 @default.
• W2976307171 cites W2132951425 @default.
• W2976307171 cites W2136091925 @default.
• W2976307171 cites W2168100296 @default.
• W2976307171 cites W2197944242 @default.
• W2976307171 cites W2220109943 @default.
• W2976307171 cites W2285594253 @default.
• W2976307171 cites W2327160382 @default.
• W2976307171 cites W2343133929 @default.
• W2976307171 cites W2345881939 @default.
• W2976307171 cites W2483577093 @default.
• W2976307171 cites W2504524516 @default.
• W2976307171 cites W2506635831 @default.
• W2976307171 cites W2534625031 @default.
• W2976307171 cites W2554078763 @default.
• W2976307171 cites W2570393390 @default.
• W2976307171 cites W2594762549 @default.
• W2976307171 cites W2601806375 @default.
• W2976307171 cites W2618760525 @default.
• W2976307171 cites W2619763057 @default.
• W2976307171 cites W2746424404 @default.
• W2976307171 cites W2751242759 @default.
• W2976307171 cites W2769631912 @default.
• W2976307171 cites W2770857793 @default.
• W2976307171 cites W2771035351 @default.
• W2976307171 cites W2782787234 @default.
• W2976307171 cites W2783338612 @default.
• W2976307171 cites W2789483318 @default.
• W2976307171 cites W2789697631 @default.
• W2976307171 cites W2791103346 @default.
• W2976307171 cites W2792859848 @default.
• W2976307171 cites W2794281080 @default.
• W2976307171 cites W2795302203 @default.
• W2976307171 cites W2796247551 @default.
• W2976307171 cites W2797682753 @default.
• W2976307171 cites W2803166075 @default.
• W2976307171 cites W2803173254 @default.
• W2976307171 cites W2807303100 @default.
• W2976307171 cites W2883165917 @default.
• W2976307171 cites W2888361096 @default.
• W2976307171 cites W2889666791 @default.
• W2976307171 cites W2889984607 @default.
• W2976307171 cites W2898221448 @default.
• W2976307171 cites W2900310330 @default.
• W2976307171 cites W2900765267 @default.
• W2976307171 cites W2903528726 @default.
• W2976307171 cites W2903626690 @default.
• W2976307171 cites W2945039038 @default.
• W2976307171 cites W2956787941 @default.
• W2976307171 cites W2962739935 @default.
• W2976307171 cites W2965753606 @default.
• W2976307171 doi "https://doi.org/10.1016/j.nanoen.2019.104123" @default.
• W2976307171 hasPublicationYear "2019" @default.
• W2976307171 type Work @default.
• W2976307171 sameAs 2976307171 @default.
• W2976307171 citedByCount "104" @default.
• W2976307171 countsByYear W29763071712020 @default.
• W2976307171 countsByYear W29763071712021 @default.
• W2976307171 countsByYear W29763071712022 @default.
• W2976307171 countsByYear W29763071712023 @default.
• W2976307171 crossrefType "journal-article" @default.
• W2976307171 hasAuthorship W2976307171A5001048120 @default.
• W2976307171 hasAuthorship W2976307171A5012342261 @default.
• W2976307171 hasAuthorship W2976307171A5021687717 @default.
• W2976307171 hasAuthorship W2976307171A5024918716 @default.
• W2976307171 hasAuthorship W2976307171A5043631166 @default.
• W2976307171 hasAuthorship W2976307171A5045017016 @default.
• W2976307171 hasAuthorship W2976307171A5087234075 @default.
• W2976307171 hasConcept C122302759 @default.
• W2976307171 hasConcept C149635348 @default.
• W2976307171 hasConcept C150594956 @default.
• W2976307171 hasConcept C159985019 @default.
• W2976307171 hasConcept C171250308 @default.
• W2976307171 hasConcept C192562407 @default.
• W2976307171 hasConcept C2780431358 @default.
• W2976307171 hasConcept C41008148 @default.
• W2976307171 hasConcept C54290928 @default.

• next