Matches in SemOpenAlex for { <https://semopenalex.org/work/W2047868977> ?p ?o ?g. }
- W2047868977 endingPage "1075" @default.
- W2047868977 startingPage "1068" @default.
- W2047868977 abstract "Abstract Two diketopyrrolopyrrole (DPP)‐based donor–acceptor (D–A) conjugated molecules, DPP‐F and DPP‐2F, which contain E ‐(1,2‐difluorovinyl) moieties, are reported. The LUMO energies of DPP‐F and DPP‐2F were estimated to be −3.49 and −3.70 eV, respectively, based on their redox potentials and absorption spectral data; these values were clearly lowered because of the incorporation of electron‐withdrawing E ‐(1,2‐difluorovinyl) moieties. Organic field‐effect transistors (OFETs) with thin films of DPP‐F and DPP‐2F were successfully fabricated with conventional techniques. Based on the respective transfer and output characteristics measured in an inert atmosphere, thin films of DPP‐2F display ambipolar semiconducting behavior with hole and electron mobilities reaching 0.42 and 0.80 cm 2 V −1 s −1 , respectively. The as‐prepared OFET of DPP‐2F already shows high hole and electron mobilities that are not influenced remarkably by thermal annealing. For thin films of DPP‐F, only p‐type semiconducting behavior was observed in both an inert atmosphere and air, and the hole mobility increased to 0.1 cm 2 V −1 s −1 after thermal annealing. XRD and AFM studies were performed with thin films of DPP‐F and DPP‐2F after annealing at different temperatures." @default.
- W2047868977 created "2016-06-24" @default.
- W2047868977 creator A5000576799 @default.
- W2047868977 creator A5028166500 @default.
- W2047868977 creator A5028462736 @default.
- W2047868977 creator A5036337647 @default.
- W2047868977 creator A5054722889 @default.
- W2047868977 creator A5089591245 @default.
- W2047868977 date "2014-01-23" @default.
- W2047868977 modified "2023-10-18" @default.
- W2047868977 title "Extended Conjugated Donor-Acceptor Molecules with<i>E</i>-(1,2-Difluorovinyl) and Diketopyrrolopyrrole (DPP) Moieties toward High-Performance Ambipolar Organic Semiconductors" @default.
- W2047868977 cites W1965223662 @default.
- W2047868977 cites W1968698535 @default.
- W2047868977 cites W1971484332 @default.
- W2047868977 cites W1974542807 @default.
- W2047868977 cites W1977147068 @default.
- W2047868977 cites W1981490049 @default.
- W2047868977 cites W1984284109 @default.
- W2047868977 cites W1985549507 @default.
- W2047868977 cites W1985635200 @default.
- W2047868977 cites W1987606761 @default.
- W2047868977 cites W1993509513 @default.
- W2047868977 cites W2000695623 @default.
- W2047868977 cites W2001860384 @default.
- W2047868977 cites W2006551105 @default.
- W2047868977 cites W2013855067 @default.
- W2047868977 cites W2019887308 @default.
- W2047868977 cites W2024649184 @default.
- W2047868977 cites W2026962002 @default.
- W2047868977 cites W2028262861 @default.
- W2047868977 cites W2028735505 @default.
- W2047868977 cites W2030782971 @default.
- W2047868977 cites W2034443595 @default.
- W2047868977 cites W2038015897 @default.
- W2047868977 cites W2039598592 @default.
- W2047868977 cites W2043020327 @default.
- W2047868977 cites W2046078213 @default.
- W2047868977 cites W2059106585 @default.
- W2047868977 cites W2065921105 @default.
- W2047868977 cites W2070950705 @default.
- W2047868977 cites W2075503134 @default.
- W2047868977 cites W2081389280 @default.
- W2047868977 cites W2081761083 @default.
- W2047868977 cites W2081844487 @default.
- W2047868977 cites W2084149954 @default.
- W2047868977 cites W2084424275 @default.
- W2047868977 cites W2085282555 @default.
- W2047868977 cites W2093652232 @default.
- W2047868977 cites W2094383820 @default.
- W2047868977 cites W2100606224 @default.
- W2047868977 cites W2102003414 @default.
- W2047868977 cites W2103561834 @default.
- W2047868977 cites W2120865080 @default.
- W2047868977 cites W2122497162 @default.
- W2047868977 cites W2124474427 @default.
- W2047868977 cites W2131628185 @default.
- W2047868977 cites W2131741190 @default.
- W2047868977 cites W2138106744 @default.
- W2047868977 cites W2141326037 @default.
- W2047868977 cites W2141517543 @default.
- W2047868977 cites W2142626370 @default.
- W2047868977 cites W2155987656 @default.
- W2047868977 cites W2171044642 @default.
- W2047868977 cites W2312919397 @default.
- W2047868977 cites W2312925397 @default.
- W2047868977 cites W2315306913 @default.
- W2047868977 cites W2317821468 @default.
- W2047868977 cites W2319534241 @default.
- W2047868977 cites W2320793680 @default.
- W2047868977 cites W2324000119 @default.
- W2047868977 cites W2326000264 @default.
- W2047868977 cites W2326117367 @default.
- W2047868977 cites W2326268643 @default.
- W2047868977 cites W2326949689 @default.
- W2047868977 cites W2327165032 @default.
- W2047868977 cites W2329529532 @default.
- W2047868977 cites W2331020626 @default.
- W2047868977 cites W2606508618 @default.
- W2047868977 cites W4244127928 @default.
- W2047868977 doi "https://doi.org/10.1002/asia.201301312" @default.
- W2047868977 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24458442" @default.
- W2047868977 hasPublicationYear "2014" @default.
- W2047868977 type Work @default.
- W2047868977 sameAs 2047868977 @default.
- W2047868977 citedByCount "29" @default.
- W2047868977 countsByYear W20478689772014 @default.
- W2047868977 countsByYear W20478689772015 @default.
- W2047868977 countsByYear W20478689772016 @default.
- W2047868977 countsByYear W20478689772017 @default.
- W2047868977 countsByYear W20478689772018 @default.
- W2047868977 countsByYear W20478689772019 @default.
- W2047868977 countsByYear W20478689772020 @default.
- W2047868977 countsByYear W20478689772021 @default.
- W2047868977 countsByYear W20478689772022 @default.
- W2047868977 crossrefType "journal-article" @default.
- W2047868977 hasAuthorship W2047868977A5000576799 @default.
- W2047868977 hasAuthorship W2047868977A5028166500 @default.
- W2047868977 hasAuthorship W2047868977A5028462736 @default.