Matches in SemOpenAlex for { <https://semopenalex.org/work/W3087867553> ?p ?o ?g. }
- W3087867553 endingPage "35396" @default.
- W3087867553 startingPage "35389" @default.
- W3087867553 abstract "The cooperative non-covalent interactions arising from structurally integrated multiple molecules have emerged as a powerful tool for the creation of functional supramolecular structures. Herein, we constructed cyclic dipeptide (CDP)-polydiacetylene (PDA) conjugate (CDP-DA) by introducing cyclo(l-Phe-l-Lys) to the linear 10,12-pentacosadiynoic acid. Owing to extensive hydrogen bonding characteristics, together with structural chirality of cyclo(l-Phe-l-Lys) and strong π-π stacking diacetylenic template, CDP-DA generated supramolecular nanotubes. The structural visualization using scanning and transmission electron microscopy revealed chloroform/methanol co-solvent polarity tuned morphological transformation of intrinsic lamellar assemblies into nanotubes comprising single-wall and multi-wall structure. The mechanistic understanding by X-ray diffraction patterns confirms bilayer organization in lamellar structure, which forms nanotubes via a gradual lamellar curling-to-scrolling process. The supramolecular CDP-DA nanotubes are transformed into the rigid covalently cross-linked blue-phase polydiacetylene (CDP-PDA) by UV irradiation. Very interestingly, the blue-phase nanotubes display reversible thermochromic changing temperature up to 150 °C with excellent repeatability over a dozen thermal cycles. This work provides an efficient strategy for precise morphological control and aiding the perspective for development in nanostructures for functional devices." @default.
- W3087867553 created "2020-10-01" @default.
- W3087867553 creator A5014561862 @default.
- W3087867553 creator A5016089394 @default.
- W3087867553 creator A5035205726 @default.
- W3087867553 creator A5037549061 @default.
- W3087867553 creator A5045377070 @default.
- W3087867553 creator A5066876761 @default.
- W3087867553 date "2020-01-01" @default.
- W3087867553 modified "2023-10-16" @default.
- W3087867553 title "Co-solvent polarity tuned thermochromic nanotubes of cyclic dipeptide–polydiacetylene supramolecular system" @default.
- W3087867553 cites W1974424784 @default.
- W3087867553 cites W1981775680 @default.
- W3087867553 cites W2001509533 @default.
- W3087867553 cites W2002119068 @default.
- W3087867553 cites W2020198315 @default.
- W3087867553 cites W2022939277 @default.
- W3087867553 cites W2024074038 @default.
- W3087867553 cites W2024179442 @default.
- W3087867553 cites W2029883290 @default.
- W3087867553 cites W2034731504 @default.
- W3087867553 cites W2041155087 @default.
- W3087867553 cites W2059186361 @default.
- W3087867553 cites W2062377563 @default.
- W3087867553 cites W2083984752 @default.
- W3087867553 cites W2087827029 @default.
- W3087867553 cites W2090284403 @default.
- W3087867553 cites W2091147890 @default.
- W3087867553 cites W2107290421 @default.
- W3087867553 cites W2111538662 @default.
- W3087867553 cites W2116450617 @default.
- W3087867553 cites W2118977187 @default.
- W3087867553 cites W2119405103 @default.
- W3087867553 cites W2123473758 @default.
- W3087867553 cites W2168794711 @default.
- W3087867553 cites W2180551584 @default.
- W3087867553 cites W2299015718 @default.
- W3087867553 cites W2315103834 @default.
- W3087867553 cites W2316536311 @default.
- W3087867553 cites W2318035552 @default.
- W3087867553 cites W2322596317 @default.
- W3087867553 cites W2345181052 @default.
- W3087867553 cites W2413825651 @default.
- W3087867553 cites W2512784379 @default.
- W3087867553 cites W2520457390 @default.
- W3087867553 cites W2539661154 @default.
- W3087867553 cites W2594067788 @default.
- W3087867553 cites W2597693184 @default.
- W3087867553 cites W2611471626 @default.
- W3087867553 cites W2622568241 @default.
- W3087867553 cites W2742943192 @default.
- W3087867553 cites W2745341915 @default.
- W3087867553 cites W2750781711 @default.
- W3087867553 cites W2760922219 @default.
- W3087867553 cites W2766601275 @default.
- W3087867553 cites W2785291026 @default.
- W3087867553 cites W2786572300 @default.
- W3087867553 cites W2788409871 @default.
- W3087867553 cites W2796837354 @default.
- W3087867553 cites W2808725619 @default.
- W3087867553 cites W2809558395 @default.
- W3087867553 cites W2889513708 @default.
- W3087867553 cites W2898304517 @default.
- W3087867553 cites W2904763848 @default.
- W3087867553 cites W2910173845 @default.
- W3087867553 cites W2914165377 @default.
- W3087867553 cites W2930464728 @default.
- W3087867553 cites W2937479706 @default.
- W3087867553 cites W2937715510 @default.
- W3087867553 cites W2960836222 @default.
- W3087867553 cites W2969773095 @default.
- W3087867553 cites W2971560951 @default.
- W3087867553 cites W2973868061 @default.
- W3087867553 cites W2979072346 @default.
- W3087867553 cites W2988988370 @default.
- W3087867553 cites W2993657574 @default.
- W3087867553 cites W2995612063 @default.
- W3087867553 cites W2996432056 @default.
- W3087867553 cites W3000480916 @default.
- W3087867553 cites W3005330665 @default.
- W3087867553 cites W4210963845 @default.
- W3087867553 cites W4211200593 @default.
- W3087867553 cites W4211235262 @default.
- W3087867553 doi "https://doi.org/10.1039/d0ra05656a" @default.
- W3087867553 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35515666" @default.
- W3087867553 hasPublicationYear "2020" @default.
- W3087867553 type Work @default.
- W3087867553 sameAs 3087867553 @default.
- W3087867553 citedByCount "4" @default.
- W3087867553 countsByYear W30878675532021 @default.
- W3087867553 countsByYear W30878675532023 @default.
- W3087867553 crossrefType "journal-article" @default.
- W3087867553 hasAuthorship W3087867553A5014561862 @default.
- W3087867553 hasAuthorship W3087867553A5016089394 @default.
- W3087867553 hasAuthorship W3087867553A5035205726 @default.
- W3087867553 hasAuthorship W3087867553A5037549061 @default.
- W3087867553 hasAuthorship W3087867553A5045377070 @default.
- W3087867553 hasAuthorship W3087867553A5066876761 @default.