FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4280625754> ?p ?o ?g. }

• W4280625754 endingPage "111265" @default.
• W4280625754 startingPage "111265" @default.
• W4280625754 abstract "• Fluorescent anisotropic conductive Janus-typed nanoribbon array membrane is designed. • Carbon black is used as conductive filler to build anisotropic conductive membrane. • Conductive anisotropy of the membrane is tunable by modulating carbon black content. • Membrane demonstrates enhancive red fluorescence and tunable anisotropic conduction. • Percolation zone of carbon black in Janus-typed nanoribbon array membrane is gained. Flexible multiple-functional conductive anisotropic membrane made of one-dimensional directional nanomaterial has the potential applicative prospects in advanced electronic skin and strain sensor. Nevertheless, it is hard to prepare aligned polymeric composites with poly-functional high conductive anisotropy and excellent interface properties, so it has been a vital topic to fabricate and investigate such kind of composites. In this work, the fluorescent anisotropic-conduction Janus-typed nanoribbon array membrane (named as FAJNAM for short) with [Eu(TTA) 3 bipy/polymethylmethacrylate (PMMA)]//[carbon black (CB)/PMMA] Janus-typed nanoribbon as construction unit is prepared by di-axial parallel electrospinning with a di-axial parallel spinneret. Since CB will seriously affect the fluorescence intensity of the Eu(TTA) 3 bipy complex, through using Janus-typed nanoribbon as construction unit, Eu complex and CB can be confined in their own regions, realizing efficacious separation of fluorescent and electrical substances to significantly reduce the adverse effects between the two functions so as to obtain excellent red fluorescence and electrical conduction. The percolation zone of CB in Janus-typed nanoribbons membrane is determined. By adjusting the content of CB, the transition from insulation to conductivity of the FAJNAM can be realized. The highest anisotropic conduction ratio reaches ca. 10 8 when the CB content is 10 %. For the first time, the crucial of critical diffusion concentration of two-phase spinning solutions in the parallel electrospinning process is advanced and studied in depth. Furthermore, the relationship between the critical diffusion concentration and the conductive aeolotropism degree has been explored. The concept of critical diffusion concentration is also applicable to other di-axial parallel electrospinning to prepare multi-functional materials, which will be of great significance to optimize electrospinning conditions. This research provides new technical support for the preparation of highly flexible, conductive anisotropy composite materials." @default.
• W4280625754 created "2022-05-22" @default.
• W4280625754 creator A5013133010 @default.
• W4280625754 creator A5026392938 @default.
• W4280625754 creator A5030648649 @default.
• W4280625754 creator A5038851564 @default.
• W4280625754 creator A5051379724 @default.
• W4280625754 creator A5058196339 @default.
• W4280625754 creator A5068783279 @default.
• W4280625754 creator A5073459572 @default.
• W4280625754 creator A5081999216 @default.
• W4280625754 creator A5085876312 @default.
• W4280625754 date "2022-06-01" @default.
• W4280625754 modified "2023-10-16" @default.
• W4280625754 title "Flexible electrospun fluorescent anisotropic conductive Janus-typed nanoribbon membrane" @default.
• W4280625754 cites W1972176772 @default.
• W4280625754 cites W1980804809 @default.
• W4280625754 cites W1980922015 @default.
• W4280625754 cites W1995003148 @default.
• W4280625754 cites W2008569133 @default.
• W4280625754 cites W2044451590 @default.
• W4280625754 cites W2119158555 @default.
• W4280625754 cites W2142589869 @default.
• W4280625754 cites W2561003211 @default.
• W4280625754 cites W2569571357 @default.
• W4280625754 cites W2769070982 @default.
• W4280625754 cites W2905525945 @default.
• W4280625754 cites W2906198386 @default.
• W4280625754 cites W2906468296 @default.
• W4280625754 cites W2920895217 @default.
• W4280625754 cites W2944293968 @default.
• W4280625754 cites W2997805530 @default.
• W4280625754 cites W3000704661 @default.
• W4280625754 cites W3006446471 @default.
• W4280625754 cites W3010249079 @default.
• W4280625754 cites W3017239849 @default.
• W4280625754 cites W3024951712 @default.
• W4280625754 cites W3026334560 @default.
• W4280625754 cites W3033778003 @default.
• W4280625754 cites W3080161076 @default.
• W4280625754 cites W3081760741 @default.
• W4280625754 cites W3082435434 @default.
• W4280625754 cites W3089992595 @default.
• W4280625754 cites W3094300506 @default.
• W4280625754 cites W3109344736 @default.
• W4280625754 cites W3109569118 @default.
• W4280625754 cites W3121686048 @default.
• W4280625754 cites W3122328990 @default.
• W4280625754 cites W3136757730 @default.
• W4280625754 cites W3157904444 @default.
• W4280625754 cites W3164908527 @default.
• W4280625754 cites W3167583091 @default.
• W4280625754 cites W3168524910 @default.
• W4280625754 cites W3168926801 @default.
• W4280625754 cites W3171098478 @default.
• W4280625754 cites W3171770087 @default.
• W4280625754 cites W3206525639 @default.
• W4280625754 cites W3206561932 @default.
• W4280625754 cites W3208266891 @default.
• W4280625754 cites W3210174356 @default.
• W4280625754 cites W3216067183 @default.
• W4280625754 cites W4205229155 @default.
• W4280625754 cites W4206108500 @default.
• W4280625754 cites W4214935407 @default.
• W4280625754 doi "https://doi.org/10.1016/j.eurpolymj.2022.111265" @default.
• W4280625754 hasPublicationYear "2022" @default.
• W4280625754 type Work @default.
• W4280625754 citedByCount "7" @default.
• W4280625754 countsByYear W42806257542022 @default.
• W4280625754 countsByYear W42806257542023 @default.
• W4280625754 crossrefType "journal-article" @default.
• W4280625754 hasAuthorship W4280625754A5013133010 @default.
• W4280625754 hasAuthorship W4280625754A5026392938 @default.
• W4280625754 hasAuthorship W4280625754A5030648649 @default.
• W4280625754 hasAuthorship W4280625754A5038851564 @default.
• W4280625754 hasAuthorship W4280625754A5051379724 @default.
• W4280625754 hasAuthorship W4280625754A5058196339 @default.
• W4280625754 hasAuthorship W4280625754A5068783279 @default.
• W4280625754 hasAuthorship W4280625754A5073459572 @default.
• W4280625754 hasAuthorship W4280625754A5081999216 @default.
• W4280625754 hasAuthorship W4280625754A5085876312 @default.
• W4280625754 hasConcept C120665830 @default.
• W4280625754 hasConcept C121332964 @default.
• W4280625754 hasConcept C144796933 @default.
• W4280625754 hasConcept C159985019 @default.
• W4280625754 hasConcept C171250308 @default.
• W4280625754 hasConcept C185592680 @default.
• W4280625754 hasConcept C192562407 @default.
• W4280625754 hasConcept C202374169 @default.
• W4280625754 hasConcept C2779290492 @default.
• W4280625754 hasConcept C41625074 @default.
• W4280625754 hasConcept C521977710 @default.
• W4280625754 hasConcept C55493867 @default.
• W4280625754 hasConcept C85725439 @default.
• W4280625754 hasConcept C91881484 @default.
• W4280625754 hasConceptScore W4280625754C120665830 @default.
• W4280625754 hasConceptScore W4280625754C121332964 @default.
• W4280625754 hasConceptScore W4280625754C144796933 @default.

• next