Matches in SemOpenAlex for { <https://semopenalex.org/work/W2087312707> ?p ?o ?g. }
- W2087312707 endingPage "8627" @default.
- W2087312707 startingPage "8621" @default.
- W2087312707 abstract "A series of donor–acceptor (D–A) conjugated polymers (CPs) comprising dithieno[2,3-b;7,6-b]carbazole (C1) or dithieno[3,2-b;6,7-b]carbazole (C2) as D unit and thienopyrroledione (TPD), isoindigo (IID), or diketopyrrolopyrrole (DPP) as A unit were synthesized, and their semiconducting properties were investigated with organic field-effect transistors (OFETs). Because of different bonding geometry of C1 and C2, the CPs based on these isomeric D units have distinct backbone conformation. The CPs based on C1 unit and all three A units show strong backbone curvature. In consequence, these polymers all formed amorphous films and exhibited low OFET mobility in the level of 10–3 cm2/(V s). P(TPD-C2) and P(DPP-C2), which comprise C2 and TPD or DPP, both display pseudo-straight-shaped backbones and formed ordered films with the polymer backbones adopting edge-on orientation respective to the substrates. Accordingly, P(TPD-C2) and P(DPP-C2) exhibited the highest mobility of 0.31 and 1.36 cm2/(V s), respectively. However, P(IID-C2) could only form amorphous films probably owing to its highly stiff backbone, leading to a moderate OFET mobility (2.96 × 10–2 cm2/(V s)). This implies that large fused aromatics are promising building blocks for high-mobility D–A CPs when polymer backbone conformation and rigidity are appropriately manipulated." @default.
- W2087312707 created "2016-06-24" @default.
- W2087312707 creator A5011728561 @default.
- W2087312707 creator A5021350799 @default.
- W2087312707 creator A5029727529 @default.
- W2087312707 creator A5057835629 @default.
- W2087312707 creator A5058305195 @default.
- W2087312707 creator A5060510290 @default.
- W2087312707 creator A5073974734 @default.
- W2087312707 creator A5088588839 @default.
- W2087312707 date "2012-10-19" @default.
- W2087312707 modified "2023-10-05" @default.
- W2087312707 title "Donor–Acceptor Conjugated Polymers with Dithienocarbazoles as Donor Units: Effect of Structure on Semiconducting Properties" @default.
- W2087312707 cites W1482917047 @default.
- W2087312707 cites W1964468916 @default.
- W2087312707 cites W1970782026 @default.
- W2087312707 cites W1974736677 @default.
- W2087312707 cites W1978205510 @default.
- W2087312707 cites W1978442703 @default.
- W2087312707 cites W1978514772 @default.
- W2087312707 cites W1979162682 @default.
- W2087312707 cites W1981765803 @default.
- W2087312707 cites W1983885152 @default.
- W2087312707 cites W1988786940 @default.
- W2087312707 cites W1989355537 @default.
- W2087312707 cites W1989963390 @default.
- W2087312707 cites W2001482784 @default.
- W2087312707 cites W2001746435 @default.
- W2087312707 cites W2005861890 @default.
- W2087312707 cites W2010084795 @default.
- W2087312707 cites W2010377193 @default.
- W2087312707 cites W2011934838 @default.
- W2087312707 cites W2014830969 @default.
- W2087312707 cites W2016943360 @default.
- W2087312707 cites W2024897831 @default.
- W2087312707 cites W2025898829 @default.
- W2087312707 cites W2026195409 @default.
- W2087312707 cites W2030782971 @default.
- W2087312707 cites W2034443595 @default.
- W2087312707 cites W2036531934 @default.
- W2087312707 cites W2038506046 @default.
- W2087312707 cites W2041504070 @default.
- W2087312707 cites W2044659603 @default.
- W2087312707 cites W2054405834 @default.
- W2087312707 cites W2054459044 @default.
- W2087312707 cites W2066352102 @default.
- W2087312707 cites W2069821289 @default.
- W2087312707 cites W2070091482 @default.
- W2087312707 cites W2070560631 @default.
- W2087312707 cites W2070652170 @default.
- W2087312707 cites W2070950705 @default.
- W2087312707 cites W2074481026 @default.
- W2087312707 cites W2084149954 @default.
- W2087312707 cites W2085295834 @default.
- W2087312707 cites W2089633369 @default.
- W2087312707 cites W2093652232 @default.
- W2087312707 cites W2095024133 @default.
- W2087312707 cites W2095661431 @default.
- W2087312707 cites W2113230550 @default.
- W2087312707 cites W2113523992 @default.
- W2087312707 cites W2119172562 @default.
- W2087312707 cites W2141969741 @default.
- W2087312707 cites W2153662628 @default.
- W2087312707 cites W2155987656 @default.
- W2087312707 cites W2314468468 @default.
- W2087312707 cites W2315776551 @default.
- W2087312707 cites W2317821468 @default.
- W2087312707 cites W2318712086 @default.
- W2087312707 cites W2318887721 @default.
- W2087312707 cites W2319028101 @default.
- W2087312707 cites W2329922350 @default.
- W2087312707 cites W2330809973 @default.
- W2087312707 cites W2331152899 @default.
- W2087312707 cites W2333665227 @default.
- W2087312707 cites W2335096175 @default.
- W2087312707 doi "https://doi.org/10.1021/ma301864f" @default.
- W2087312707 hasPublicationYear "2012" @default.
- W2087312707 type Work @default.
- W2087312707 sameAs 2087312707 @default.
- W2087312707 citedByCount "85" @default.
- W2087312707 countsByYear W20873127072013 @default.
- W2087312707 countsByYear W20873127072014 @default.
- W2087312707 countsByYear W20873127072015 @default.
- W2087312707 countsByYear W20873127072016 @default.
- W2087312707 countsByYear W20873127072017 @default.
- W2087312707 countsByYear W20873127072018 @default.
- W2087312707 countsByYear W20873127072019 @default.
- W2087312707 countsByYear W20873127072020 @default.
- W2087312707 countsByYear W20873127072021 @default.
- W2087312707 countsByYear W20873127072022 @default.
- W2087312707 countsByYear W20873127072023 @default.
- W2087312707 crossrefType "journal-article" @default.
- W2087312707 hasAuthorship W2087312707A5011728561 @default.
- W2087312707 hasAuthorship W2087312707A5021350799 @default.
- W2087312707 hasAuthorship W2087312707A5029727529 @default.
- W2087312707 hasAuthorship W2087312707A5057835629 @default.
- W2087312707 hasAuthorship W2087312707A5058305195 @default.
- W2087312707 hasAuthorship W2087312707A5060510290 @default.