FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2898992693> ?p ?o ?g. }

• W2898992693 endingPage "39292" @default.
• W2898992693 startingPage "39279" @default.
• W2898992693 abstract "Increase of safety in security documents by using anticounterfeiting inks based on fluorochromic and photochromic compounds has attracted a great deal of attention in the recent years. Herein, we developed novel functionalized stimuli-responsive latex particles containing spiropyran (1 wt %) by semicontinuous emulsifier-free emulsion polymerization, which are usable as anticounterfeiting inks for marking on security documents and also photopatterning on cellulosic papers. The size and morphology of the latex particles were characterized by scanning electron microscopy and dynamic light scattering and their functionality was characterized by Fourier-transform infrared spectroscopy. All the stimuli-responsive latexes are composed of spherical particles with different hydroxyl, epoxy, and carboxylic acid functional groups, and the size of the particles varies in the range of 400-900 nm. Additionally, the latex particles undergo a remarkable light-induced size variation (aggregation-disaggregation) upon UV illumination (365 nm), depending on the functional group type, as a result of π-π stacking interactions and also electrostatic attractions between the different particles. The photochromic behavior, kinetics of the SP ⇌ MC isomerization, photoswitchability, and photofatigue-resistant characteristics of the prepared latexes were extensively investigated. The results display that the photochromic behavior and SP ⇌ MC isomerization can significantly be influenced by the polar interactions between the functional groups and MC molecules. As a novel application, the prepared stimuli-responsive latexes were used as anticounterfeiting inks for writing on cellulosic paper and also security marking on several monies, where the written phrase displayed red fluorescence emission and coloration under and after UV illumination (365 nm), respectively. Additionally, the latexes were sprayed on cellulosic papers to prepare stimuli-responsive papers for investigation of their photopatterning ability under UV irradiation and different masking. The presence of functional groups and large particle sizes are the main effective factors for stabilization of the latex particles on cellulosic papers. This is the first report on application of functionalized stimuli-responsive latex particles containing spiropyran as anticounterfeiting inks for security marking and photopatterning on cellulosic papers, directly and without using further additives." @default.
• W2898992693 created "2018-11-09" @default.
• W2898992693 creator A5024198459 @default.
• W2898992693 creator A5042326894 @default.
• W2898992693 creator A5083734430 @default.
• W2898992693 date "2018-10-31" @default.
• W2898992693 modified "2023-10-18" @default.
• W2898992693 title "Rewritable Anticounterfeiting Polymer Inks Based on Functionalized Stimuli-Responsive Latex Particles Containing Spiropyran Photoswitches: Reversible Photopatterning and Security Marking" @default.
• W2898992693 cites W1781167112 @default.
• W2898992693 cites W1820508404 @default.
• W2898992693 cites W1888593885 @default.
• W2898992693 cites W1910888703 @default.
• W2898992693 cites W1945016807 @default.
• W2898992693 cites W1964406205 @default.
• W2898992693 cites W1974093866 @default.
• W2898992693 cites W1977441186 @default.
• W2898992693 cites W1983316795 @default.
• W2898992693 cites W1983551924 @default.
• W2898992693 cites W1986021397 @default.
• W2898992693 cites W1987258612 @default.
• W2898992693 cites W1990860824 @default.
• W2898992693 cites W1992981857 @default.
• W2898992693 cites W1994909104 @default.
• W2898992693 cites W1999386022 @default.
• W2898992693 cites W2012881740 @default.
• W2898992693 cites W2017320586 @default.
• W2898992693 cites W2018283074 @default.
• W2898992693 cites W2022215415 @default.
• W2898992693 cites W2029510871 @default.
• W2898992693 cites W2035739939 @default.
• W2898992693 cites W2049634909 @default.
• W2898992693 cites W2054657021 @default.
• W2898992693 cites W2066615099 @default.
• W2898992693 cites W2067919491 @default.
• W2898992693 cites W2068790670 @default.
• W2898992693 cites W2070565913 @default.
• W2898992693 cites W2088067705 @default.
• W2898992693 cites W2092023990 @default.
• W2898992693 cites W2093155180 @default.
• W2898992693 cites W2104239031 @default.
• W2898992693 cites W2113788599 @default.
• W2898992693 cites W2136438261 @default.
• W2898992693 cites W2137758799 @default.
• W2898992693 cites W2154790951 @default.
• W2898992693 cites W2174908311 @default.
• W2898992693 cites W2217790361 @default.
• W2898992693 cites W2254974878 @default.
• W2898992693 cites W2283177388 @default.
• W2898992693 cites W2314400509 @default.
• W2898992693 cites W2315684653 @default.
• W2898992693 cites W2317027866 @default.
• W2898992693 cites W2318520965 @default.
• W2898992693 cites W2324524653 @default.
• W2898992693 cites W2331784012 @default.
• W2898992693 cites W2345287380 @default.
• W2898992693 cites W2416390989 @default.
• W2898992693 cites W2460521439 @default.
• W2898992693 cites W2460886048 @default.
• W2898992693 cites W2511624276 @default.
• W2898992693 cites W2527634752 @default.
• W2898992693 cites W2529432960 @default.
• W2898992693 cites W2529893362 @default.
• W2898992693 cites W2553678282 @default.
• W2898992693 cites W2558251489 @default.
• W2898992693 cites W2572502213 @default.
• W2898992693 cites W2578480443 @default.
• W2898992693 cites W2595211539 @default.
• W2898992693 cites W2622384190 @default.
• W2898992693 cites W2625329737 @default.
• W2898992693 cites W2734900935 @default.
• W2898992693 cites W2737747434 @default.
• W2898992693 cites W2747765168 @default.
• W2898992693 cites W2752926957 @default.
• W2898992693 cites W2781843026 @default.
• W2898992693 cites W2792672460 @default.
• W2898992693 cites W2887846820 @default.
• W2898992693 cites W4250316370 @default.
• W2898992693 doi "https://doi.org/10.1021/acsami.8b14865" @default.
• W2898992693 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30379526" @default.
• W2898992693 hasPublicationYear "2018" @default.
• W2898992693 type Work @default.
• W2898992693 sameAs 2898992693 @default.
• W2898992693 citedByCount "127" @default.
• W2898992693 countsByYear W28989926932019 @default.
• W2898992693 countsByYear W28989926932020 @default.
• W2898992693 countsByYear W28989926932021 @default.
• W2898992693 countsByYear W28989926932022 @default.
• W2898992693 countsByYear W28989926932023 @default.
• W2898992693 crossrefType "journal-article" @default.
• W2898992693 hasAuthorship W2898992693A5024198459 @default.
• W2898992693 hasAuthorship W2898992693A5042326894 @default.
• W2898992693 hasAuthorship W2898992693A5083734430 @default.
• W2898992693 hasConcept C127413603 @default.
• W2898992693 hasConcept C14631669 @default.
• W2898992693 hasConcept C155672457 @default.
• W2898992693 hasConcept C159985019 @default.
• W2898992693 hasConcept C171250308 @default.
• W2898992693 hasConcept C185592680 @default.

• next