Matches in SemOpenAlex for { <https://semopenalex.org/work/W3207616099> ?p ?o ?g. }
- W3207616099 abstract "The authors reveal a thermal actuating bilayer that undergoes reversible deformation in response to low-energy thermal stimuli, for example, a few degrees of temperature increase. It is made of an aligned carbon nanotube (CNT) sheet covalently connected to a polymer layer in which dibenzocycloocta-1,5-diene (DBCOD) actuating units are oriented parallel to CNTs. Upon exposure to low-energy thermal stimulation, coordinated submolecular-level conformational changes of DBCODs result in macroscopic thermal contraction. This unique thermal contraction offers distinct advantages. It's inherently fast, repeatable, low-energy driven, and medium independent. The covalent interface and reversible nature of the conformational change bestow this bilayer with excellent repeatability, up to at least 70 000 cycles. Unlike conventional CNT bilayer systems, this system can achieve high precision actuation readily and can be scaled down to nanoscale. A new platform made of poly(vinylidene fluoride) (PVDF) in tandem with the bilayer can harvest low-grade thermal energy and convert it into electricity. The platform produces 86 times greater energy than PVDF alone upon exposure to 6 °C thermal fluctuations above room temperature. This platform provides a pathway to low-grade thermal energy harvesting. It also enables low-energy driven thermal artificial robotics, ultrasensitive thermal sensors, and remote controlled near infrared (NIR) driven actuators." @default.
- W3207616099 created "2021-10-25" @default.
- W3207616099 creator A5003226840 @default.
- W3207616099 creator A5003809336 @default.
- W3207616099 creator A5006446614 @default.
- W3207616099 creator A5025762626 @default.
- W3207616099 creator A5045117279 @default.
- W3207616099 creator A5047940685 @default.
- W3207616099 creator A5052103537 @default.
- W3207616099 creator A5054916913 @default.
- W3207616099 creator A5062474224 @default.
- W3207616099 creator A5069207859 @default.
- W3207616099 creator A5074650760 @default.
- W3207616099 creator A5082527329 @default.
- W3207616099 creator A5083626071 @default.
- W3207616099 date "2021-10-23" @default.
- W3207616099 modified "2023-10-14" @default.
- W3207616099 title "Directional, Low‐Energy Driven Thermal Actuating Bilayer Enabled by Coordinated Submolecular Switching" @default.
- W3207616099 cites W1901715948 @default.
- W3207616099 cites W1977981930 @default.
- W3207616099 cites W1991140502 @default.
- W3207616099 cites W2004501848 @default.
- W3207616099 cites W2004869664 @default.
- W3207616099 cites W2012241126 @default.
- W3207616099 cites W2019478326 @default.
- W3207616099 cites W2022956609 @default.
- W3207616099 cites W2024893982 @default.
- W3207616099 cites W2028240311 @default.
- W3207616099 cites W2038802821 @default.
- W3207616099 cites W2040992870 @default.
- W3207616099 cites W2059204931 @default.
- W3207616099 cites W2063087149 @default.
- W3207616099 cites W2094063339 @default.
- W3207616099 cites W2103372140 @default.
- W3207616099 cites W2114963672 @default.
- W3207616099 cites W2115412172 @default.
- W3207616099 cites W2121675905 @default.
- W3207616099 cites W2130166533 @default.
- W3207616099 cites W2139387066 @default.
- W3207616099 cites W2141947008 @default.
- W3207616099 cites W2198110204 @default.
- W3207616099 cites W2216866721 @default.
- W3207616099 cites W2286666480 @default.
- W3207616099 cites W2330250909 @default.
- W3207616099 cites W2330718237 @default.
- W3207616099 cites W2334414986 @default.
- W3207616099 cites W2407665163 @default.
- W3207616099 cites W2410289362 @default.
- W3207616099 cites W2419326180 @default.
- W3207616099 cites W2443079762 @default.
- W3207616099 cites W2506181078 @default.
- W3207616099 cites W2514051757 @default.
- W3207616099 cites W2535849056 @default.
- W3207616099 cites W2566435429 @default.
- W3207616099 cites W2590910109 @default.
- W3207616099 cites W2595335963 @default.
- W3207616099 cites W2746358053 @default.
- W3207616099 cites W2761310849 @default.
- W3207616099 cites W2782134160 @default.
- W3207616099 cites W2794049382 @default.
- W3207616099 cites W2805995423 @default.
- W3207616099 cites W2807410315 @default.
- W3207616099 cites W2883206983 @default.
- W3207616099 cites W2887368265 @default.
- W3207616099 cites W2891965836 @default.
- W3207616099 cites W2897110526 @default.
- W3207616099 cites W2908962046 @default.
- W3207616099 cites W2910390027 @default.
- W3207616099 cites W2914266037 @default.
- W3207616099 cites W2922243917 @default.
- W3207616099 cites W2959338391 @default.
- W3207616099 cites W2976746205 @default.
- W3207616099 cites W2977047707 @default.
- W3207616099 cites W2987277850 @default.
- W3207616099 cites W3004880846 @default.
- W3207616099 cites W3006023961 @default.
- W3207616099 cites W3018670368 @default.
- W3207616099 cites W3028333999 @default.
- W3207616099 cites W3030569888 @default.
- W3207616099 cites W3045215216 @default.
- W3207616099 cites W3083113643 @default.
- W3207616099 cites W3088349731 @default.
- W3207616099 cites W3093643988 @default.
- W3207616099 cites W3152127868 @default.
- W3207616099 cites W4247471301 @default.
- W3207616099 doi "https://doi.org/10.1002/advs.202102077" @default.
- W3207616099 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34687166" @default.
- W3207616099 hasPublicationYear "2021" @default.
- W3207616099 type Work @default.
- W3207616099 sameAs 3207616099 @default.
- W3207616099 citedByCount "6" @default.
- W3207616099 countsByYear W32076160992022 @default.
- W3207616099 countsByYear W32076160992023 @default.
- W3207616099 crossrefType "journal-article" @default.
- W3207616099 hasAuthorship W3207616099A5003226840 @default.
- W3207616099 hasAuthorship W3207616099A5003809336 @default.
- W3207616099 hasAuthorship W3207616099A5006446614 @default.
- W3207616099 hasAuthorship W3207616099A5025762626 @default.
- W3207616099 hasAuthorship W3207616099A5045117279 @default.
- W3207616099 hasAuthorship W3207616099A5047940685 @default.