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- W3122317966 abstract "Abstract Despite the vast variety of colloidal superstructures available in soft matter photonics, it remains challenging to balance the trade‐off between their optical microstructures and material processability. By synergizing colloidal photonics and dynamic chemistry, a type of photonic “plasticine” with characteristics of uniform structural colors, high processability, and self‐healing is demonstrated. Specifically, a boronate ester bond‐based macromonomer is first prepared through complexation between the diols of polyvinyl alcohol and the boronic acid group of 3‐(acrylamido) phenylboronic acid in the presence of concentrated silica colloids. Upon photopolymerization, the dynamic photonic plasticine is formed in situ as the result of the crosslinking of the boronate ester bonded networks. The randomly packed colloids inside the plasticine compose the amorphous photonic crystals, giving rise to angle‐independent structural colors that would not compromise during subsequent processing steps; the reversible nature of the boronate ester bonds endows the plasticine with self‐adaptable and self‐healing properties. Further, the plasticine is also compatible with common shaping methods, that is, cutting, molding, and carving, and thus can be facilely processed into 3D structural colored objects, holding great potentials in fields such as bio‐encoding, optical filters, anti‐counterfeiting, etc." @default.
- W3122317966 created "2021-02-01" @default.
- W3122317966 creator A5002868243 @default.
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- W3122317966 creator A5058935488 @default.
- W3122317966 creator A5086564064 @default.
- W3122317966 date "2021-01-22" @default.
- W3122317966 modified "2023-10-18" @default.
- W3122317966 title "Photonic Plasticines with Uniform Structural Colors, High Processability, and Self‐Healing Properties" @default.
- W3122317966 cites W1866852811 @default.
- W3122317966 cites W1914410003 @default.
- W3122317966 cites W1960415779 @default.
- W3122317966 cites W1967222414 @default.
- W3122317966 cites W1974563483 @default.
- W3122317966 cites W1994327321 @default.
- W3122317966 cites W1997539112 @default.
- W3122317966 cites W2004244215 @default.
- W3122317966 cites W2006945238 @default.
- W3122317966 cites W2017995995 @default.
- W3122317966 cites W2018763168 @default.
- W3122317966 cites W2023939558 @default.
- W3122317966 cites W2033097130 @default.
- W3122317966 cites W2046476355 @default.
- W3122317966 cites W2054954094 @default.
- W3122317966 cites W2070029004 @default.
- W3122317966 cites W2079004144 @default.
- W3122317966 cites W2088470503 @default.
- W3122317966 cites W2088788885 @default.
- W3122317966 cites W2102292365 @default.
- W3122317966 cites W2107125662 @default.
- W3122317966 cites W2110688440 @default.
- W3122317966 cites W2112248048 @default.
- W3122317966 cites W2129090244 @default.
- W3122317966 cites W2149133119 @default.
- W3122317966 cites W2157788963 @default.
- W3122317966 cites W2250131397 @default.
- W3122317966 cites W2262596206 @default.
- W3122317966 cites W2304434048 @default.
- W3122317966 cites W2312457332 @default.
- W3122317966 cites W2321795091 @default.
- W3122317966 cites W2460437512 @default.
- W3122317966 cites W2494157852 @default.
- W3122317966 cites W2501323978 @default.
- W3122317966 cites W2513973561 @default.
- W3122317966 cites W2518728203 @default.
- W3122317966 cites W2547065004 @default.
- W3122317966 cites W2609742942 @default.
- W3122317966 cites W2617811925 @default.
- W3122317966 cites W2622774228 @default.
- W3122317966 cites W2707167876 @default.
- W3122317966 cites W2732983171 @default.
- W3122317966 cites W2745512924 @default.
- W3122317966 cites W2750667441 @default.
- W3122317966 cites W2755862218 @default.
- W3122317966 cites W2758769637 @default.
- W3122317966 cites W2773084690 @default.
- W3122317966 cites W2779940831 @default.
- W3122317966 cites W2794989242 @default.
- W3122317966 cites W2801548858 @default.
- W3122317966 cites W2805810423 @default.
- W3122317966 cites W2888239653 @default.
- W3122317966 cites W2889222561 @default.
- W3122317966 cites W2890866483 @default.
- W3122317966 cites W2897485287 @default.
- W3122317966 cites W2899419339 @default.
- W3122317966 cites W2903926759 @default.
- W3122317966 cites W2904885976 @default.
- W3122317966 cites W2921457336 @default.
- W3122317966 cites W2944239878 @default.
- W3122317966 cites W2944447018 @default.
- W3122317966 cites W2957718247 @default.
- W3122317966 cites W2958104196 @default.
- W3122317966 cites W2963000929 @default.
- W3122317966 cites W2972348606 @default.
- W3122317966 cites W2973652324 @default.
- W3122317966 cites W2977723514 @default.
- W3122317966 cites W2979150340 @default.
- W3122317966 cites W2979451877 @default.
- W3122317966 cites W2981417544 @default.
- W3122317966 cites W2991029762 @default.
- W3122317966 cites W2991249485 @default.
- W3122317966 cites W2994341928 @default.
- W3122317966 cites W2994397030 @default.
- W3122317966 cites W2994451636 @default.
- W3122317966 cites W2994955443 @default.
- W3122317966 cites W3002567467 @default.
- W3122317966 cites W3011818791 @default.
- W3122317966 cites W3013944237 @default.
- W3122317966 cites W3017158948 @default.
- W3122317966 cites W3044553787 @default.
- W3122317966 cites W3087498356 @default.
- W3122317966 cites W3096428386 @default.
- W3122317966 doi "https://doi.org/10.1002/smll.202007426" @default.
- W3122317966 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33480481" @default.
- W3122317966 hasPublicationYear "2021" @default.