Matches in SemOpenAlex for { <https://semopenalex.org/work/W2892941605> ?p ?o ?g. }
- W2892941605 endingPage "322" @default.
- W2892941605 startingPage "315" @default.
- W2892941605 abstract "Supramolecular interactions play an important role in regulating the optical properties of molecular materials. Different arrangements of identical molecules can afford a more straightforward insight into the contributions of supramolecular interactions. Herein, a novel gelator, BTTPA, composed of a benzene-1,3,5-tricarboxamide (BTA) central unit functionalized with three cyanostilbenes is designed, which forms two kinds of gels in DMSO/water mixtures. Depending on the water volume content, the gels exhibit quite different aggregation-induced emission enhancement (AIEE) properties, with one emitting a green emission (G-gel), and the second emitting a blue emission (B-gel). The main reason for this difference is that water affects H-bonding and π-π interactions, further resulting in disparate packing modes of gelators. In addition, only the G-gel displays gel-to-sol transition accompanied with fluorescence switching according to the trans-cis photoisomerization of cyanostilbene under UV light irradiation. The B-gel does not exhibit any change because of its tight hexagonal packing arrangement. Such packing modes restricted the space in which molecules were located and inhibited the transformation of configuration of cyanostilbene. These phenomena underline the incomparable status of packing modes and molecular configuration in regulating fluorescence properties and photoresponse behavior in organic solid-state luminescent materials." @default.
- W2892941605 created "2018-10-05" @default.
- W2892941605 creator A5013324714 @default.
- W2892941605 creator A5025250287 @default.
- W2892941605 creator A5030912173 @default.
- W2892941605 creator A5045820629 @default.
- W2892941605 creator A5061712052 @default.
- W2892941605 date "2018-12-04" @default.
- W2892941605 modified "2023-09-24" @default.
- W2892941605 title "Fluorescence Regulation and Photoresponsivity in AIEE Supramolecular Gels Based on a Cyanostilbene Modified Benzene‐1,3,5‐Tricarboxamide Derivative" @default.
- W2892941605 cites W1575380414 @default.
- W2892941605 cites W1965694893 @default.
- W2892941605 cites W1967384449 @default.
- W2892941605 cites W1984096887 @default.
- W2892941605 cites W1984990803 @default.
- W2892941605 cites W1988976354 @default.
- W2892941605 cites W1991842910 @default.
- W2892941605 cites W1994724903 @default.
- W2892941605 cites W1998466839 @default.
- W2892941605 cites W2002545997 @default.
- W2892941605 cites W2009057700 @default.
- W2892941605 cites W2018590647 @default.
- W2892941605 cites W2032185182 @default.
- W2892941605 cites W2032994234 @default.
- W2892941605 cites W2041117474 @default.
- W2892941605 cites W2047346673 @default.
- W2892941605 cites W2048749657 @default.
- W2892941605 cites W2050206869 @default.
- W2892941605 cites W2053048760 @default.
- W2892941605 cites W2056480677 @default.
- W2892941605 cites W2056911810 @default.
- W2892941605 cites W2058028078 @default.
- W2892941605 cites W2064235506 @default.
- W2892941605 cites W2067816052 @default.
- W2892941605 cites W2082654497 @default.
- W2892941605 cites W2085376461 @default.
- W2892941605 cites W2086014622 @default.
- W2892941605 cites W2086152918 @default.
- W2892941605 cites W2100299434 @default.
- W2892941605 cites W2108347982 @default.
- W2892941605 cites W2120701877 @default.
- W2892941605 cites W2129417901 @default.
- W2892941605 cites W2175586364 @default.
- W2892941605 cites W2177603935 @default.
- W2892941605 cites W2213705837 @default.
- W2892941605 cites W2230587101 @default.
- W2892941605 cites W2269445948 @default.
- W2892941605 cites W2270113823 @default.
- W2892941605 cites W2292627506 @default.
- W2892941605 cites W2321300708 @default.
- W2892941605 cites W2326226927 @default.
- W2892941605 cites W2333037420 @default.
- W2892941605 cites W2333419599 @default.
- W2892941605 cites W2339396025 @default.
- W2892941605 cites W2521815528 @default.
- W2892941605 cites W2529474174 @default.
- W2892941605 cites W2548436967 @default.
- W2892941605 cites W2551904277 @default.
- W2892941605 cites W2567309731 @default.
- W2892941605 cites W2576393648 @default.
- W2892941605 cites W2577621291 @default.
- W2892941605 cites W2580590365 @default.
- W2892941605 cites W2588515730 @default.
- W2892941605 cites W2592231665 @default.
- W2892941605 cites W2592502069 @default.
- W2892941605 cites W2601092879 @default.
- W2892941605 cites W2601393829 @default.
- W2892941605 cites W2603414373 @default.
- W2892941605 cites W2610352875 @default.
- W2892941605 cites W2613063123 @default.
- W2892941605 cites W2613407500 @default.
- W2892941605 cites W2616067794 @default.
- W2892941605 cites W2617459563 @default.
- W2892941605 cites W2624598794 @default.
- W2892941605 cites W2757492067 @default.
- W2892941605 cites W2762334388 @default.
- W2892941605 cites W2769288268 @default.
- W2892941605 cites W2769673365 @default.
- W2892941605 cites W2774174368 @default.
- W2892941605 cites W2782111402 @default.
- W2892941605 cites W2783171110 @default.
- W2892941605 cites W2783716305 @default.
- W2892941605 cites W2792783868 @default.
- W2892941605 cites W2793606315 @default.
- W2892941605 cites W4235453287 @default.
- W2892941605 doi "https://doi.org/10.1002/chem.201804135" @default.
- W2892941605 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30252970" @default.
- W2892941605 hasPublicationYear "2018" @default.
- W2892941605 type Work @default.
- W2892941605 sameAs 2892941605 @default.
- W2892941605 citedByCount "33" @default.
- W2892941605 countsByYear W28929416052019 @default.
- W2892941605 countsByYear W28929416052020 @default.
- W2892941605 countsByYear W28929416052021 @default.
- W2892941605 countsByYear W28929416052022 @default.
- W2892941605 countsByYear W28929416052023 @default.
- W2892941605 crossrefType "journal-article" @default.
- W2892941605 hasAuthorship W2892941605A5013324714 @default.