FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3047653400> ?p ?o ?g. }

• W3047653400 endingPage "108729" @default.
• W3047653400 startingPage "108729" @default.
• W3047653400 abstract "Two novel, soluble, semiconducting and light emitting segmented block copolymers , termed as NPPV1 and NPPV2 are synthesized using Horner-Emmons condensation polymerization. The chromophoric groups present in the copolymers are distyrylbenzene (DSB) units substituted with rigid, bulky cyclohexylmethoxy and cyclohexylethoxy groups. The rigid blocks are linked to flexible α,ω-nonamethylenedioxy chain spacer through ether linkage. The structural, morphological, thermal and photo-physical characteristics of the synthesized polymers are studied in detail. Noticeable differences in properties arising through the substituent effects are observed for both the polymers. Detailed studies bring out quite interesting structure-property relationships between the substituents introduced in the synthesized copolymers and their crystalline properties, thermal characteristics, optical properties, photoluminescence emission and fluorescence quantum yield . Polymer light emitting diodes (PLEDs) employing these segmented polymers as emissive layers are assembled and characterized to establish their suitability for lighting applications. Using the architecture, ITO/PEDOT:PSS/ NPPV1/ LiF-Al, polymer light emitting diodes (PLEDs) are assembled and as the first step of device characterization, their current-voltage characteristics are studied to establish the device behavior and find out the onset voltage . The emission characteristics of the devices are then studied using Ocean Optics USB 2000 spectrometer integrated to a computer using a dedicated program. The assembled devices show Schottky junction like behavior in the current-voltage characteristics and electroluminescence emission in the blue green region with appreciable intensity at the onset voltage of 8.8 V. It is highly desirable to develop polymers showing emission in the high frequency,blue region, using cost-effective synthesis routes. The novel approaches adopted in the synthesis of the monomers and the corresponding copolymers to achieve the anticipated structure-property relationships suitable for the effective designing of polymer light emitting diodes are the highlights of the present work. • Two novel, light emitting, segmented block copolymers NPPV1 and NPPV2 are synthesized. • Structure-property relationships of these polymers are tuned to facilitate the designing of PLEDs. • The PLEDs with the configuration, ITO/PEDOT:PSS/NPPV1/LiF-Al are assembled and characterized. • The PLEDs show electroluminescence in the blue green region with good intensity." @default.
• W3047653400 created "2020-08-13" @default.
• W3047653400 creator A5009595059 @default.
• W3047653400 creator A5024930403 @default.
• W3047653400 creator A5053705461 @default.
• W3047653400 creator A5064389424 @default.
• W3047653400 creator A5065354827 @default.
• W3047653400 creator A5067137513 @default.
• W3047653400 date "2021-01-01" @default.
• W3047653400 modified "2023-09-24" @default.
• W3047653400 title "Light emitting, segmented block copolymers containing distyrylbenzene blocks connected through α,ω-nonamethylenedioxy chain spacer for applications in polymer light emitting diodes" @default.
• W3047653400 cites W1657433554 @default.
• W3047653400 cites W1967159954 @default.
• W3047653400 cites W1967466500 @default.
• W3047653400 cites W1967907094 @default.
• W3047653400 cites W1970571040 @default.
• W3047653400 cites W1972528792 @default.
• W3047653400 cites W1974388723 @default.
• W3047653400 cites W1983799037 @default.
• W3047653400 cites W1986788074 @default.
• W3047653400 cites W1988841541 @default.
• W3047653400 cites W1994387861 @default.
• W3047653400 cites W2004610267 @default.
• W3047653400 cites W2008464310 @default.
• W3047653400 cites W2008867477 @default.
• W3047653400 cites W2011371572 @default.
• W3047653400 cites W2012126608 @default.
• W3047653400 cites W2024707214 @default.
• W3047653400 cites W2031667270 @default.
• W3047653400 cites W2034437332 @default.
• W3047653400 cites W2034463098 @default.
• W3047653400 cites W2035316871 @default.
• W3047653400 cites W2037414314 @default.
• W3047653400 cites W2057702685 @default.
• W3047653400 cites W2057731465 @default.
• W3047653400 cites W2058082154 @default.
• W3047653400 cites W2060261489 @default.
• W3047653400 cites W2063974936 @default.
• W3047653400 cites W2069275103 @default.
• W3047653400 cites W2069616839 @default.
• W3047653400 cites W2070597851 @default.
• W3047653400 cites W2072525309 @default.
• W3047653400 cites W2072573379 @default.
• W3047653400 cites W2074406617 @default.
• W3047653400 cites W2091561496 @default.
• W3047653400 cites W2140876481 @default.
• W3047653400 cites W2144391591 @default.
• W3047653400 cites W2155103737 @default.
• W3047653400 cites W2171559455 @default.
• W3047653400 cites W2203439693 @default.
• W3047653400 cites W2284639563 @default.
• W3047653400 cites W2314125891 @default.
• W3047653400 cites W2399530693 @default.
• W3047653400 cites W2408473748 @default.
• W3047653400 cites W2424525140 @default.
• W3047653400 cites W2512592819 @default.
• W3047653400 cites W2550059492 @default.
• W3047653400 cites W2740564502 @default.
• W3047653400 cites W2808493821 @default.
• W3047653400 cites W2950560231 @default.
• W3047653400 cites W2998978829 @default.
• W3047653400 cites W4211110766 @default.
• W3047653400 doi "https://doi.org/10.1016/j.dyepig.2020.108729" @default.
• W3047653400 hasPublicationYear "2021" @default.
• W3047653400 type Work @default.
• W3047653400 sameAs 3047653400 @default.
• W3047653400 citedByCount "0" @default.
• W3047653400 crossrefType "journal-article" @default.
• W3047653400 hasAuthorship W3047653400A5009595059 @default.
• W3047653400 hasAuthorship W3047653400A5024930403 @default.
• W3047653400 hasAuthorship W3047653400A5053705461 @default.
• W3047653400 hasAuthorship W3047653400A5064389424 @default.
• W3047653400 hasAuthorship W3047653400A5065354827 @default.
• W3047653400 hasAuthorship W3047653400A5067137513 @default.
• W3047653400 hasConcept C150759737 @default.
• W3047653400 hasConcept C15920480 @default.
• W3047653400 hasConcept C159985019 @default.
• W3047653400 hasConcept C170029824 @default.
• W3047653400 hasConcept C171250308 @default.
• W3047653400 hasConcept C176666156 @default.
• W3047653400 hasConcept C185592680 @default.
• W3047653400 hasConcept C188027245 @default.
• W3047653400 hasConcept C192562407 @default.
• W3047653400 hasConcept C2777903423 @default.
• W3047653400 hasConcept C2779227376 @default.
• W3047653400 hasConcept C2985930086 @default.
• W3047653400 hasConcept C31625292 @default.
• W3047653400 hasConcept C49040817 @default.
• W3047653400 hasConcept C521977710 @default.
• W3047653400 hasConcept C75473681 @default.
• W3047653400 hasConcept C85080765 @default.
• W3047653400 hasConceptScore W3047653400C150759737 @default.
• W3047653400 hasConceptScore W3047653400C15920480 @default.
• W3047653400 hasConceptScore W3047653400C159985019 @default.
• W3047653400 hasConceptScore W3047653400C170029824 @default.
• W3047653400 hasConceptScore W3047653400C171250308 @default.
• W3047653400 hasConceptScore W3047653400C176666156 @default.
• W3047653400 hasConceptScore W3047653400C185592680 @default.

• next