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• W1897556484 abstract "Abstract A series of narrow bandgap donor–acceptor (D–A) type π-conjugated polymers consisting of thiophene ( Th )- or furan ( Fu )-flanked diketopyrrolopyrroles ( DPP s) as acceptor units and thieno[3,2- b ]thiophene ( TT ) or didodecyloxybenzo[1,2- b ;3,4- b ]dithiophene ( BDT ) moieties as donor units were synthesized. Cyclic voltammetry and UV–vis absorption studies revealed that both the heteroatom substitution in the aromatic end-groups of DPP s and variations in the chemical backbone influenced the bandgap of these polymers. The TT -based polymers showed a better thermal stability than their BDT analogs. P(ThDPP-TT) with better backbone planarity among the polymers being studied was found to organize in edge-on fashion on silicon/silicon dioxide surface, while all others showed a mixed type of both face- and edge-on arrangements. A substantial reduction in the thin film order and packing of the polymer chains was observed as the terminal thiophene units of DPP were replaced with furan. However, the furyl substituted polymer exhibited relatively high charge carrier mobility possibly due to improved conduction along the polymer backbone. The charge carrier transport properties of these polymers in organic field effect transistors (OFETs) were found to be influenced by incorporated donor units. Polymers with BDT -donor group exhibited unipolar hole transport, while those with TT units were ambipolar in nature. The present study demonstrates a systematic investigation of the structure–property relationships of D–A type DPP based π-conjugated copolymers which may enlighten better design strategy of polymers with novel chemical structures in the future." @default.
• W1897556484 created "2016-06-24" @default.
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• W1897556484 date "2015-09-01" @default.
• W1897556484 modified "2023-10-16" @default.
• W1897556484 title "Thin film morphology and charge carrier mobility of diketopyrrolopyrrole based conjugated polymers" @default.
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• W1897556484 cites W1976849993 @default.
• W1897556484 cites W1989295996 @default.
• W1897556484 cites W1990911422 @default.
• W1897556484 cites W1990983879 @default.
• W1897556484 cites W1996289092 @default.
• W1897556484 cites W2004253195 @default.
• W1897556484 cites W2013175379 @default.
• W1897556484 cites W2016943360 @default.
• W1897556484 cites W2017507552 @default.
• W1897556484 cites W2024127536 @default.
• W1897556484 cites W2025917859 @default.
• W1897556484 cites W2025939244 @default.
• W1897556484 cites W2039598592 @default.
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• W1897556484 cites W2046239011 @default.
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• W1897556484 cites W2089633369 @default.
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• W1897556484 cites W2092024458 @default.
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• W1897556484 cites W2169283572 @default.
• W1897556484 cites W2315306913 @default.
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• W1897556484 doi "https://doi.org/10.1016/j.polymer.2015.07.043" @default.
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