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Title Synthesis and self-assembly of donor-acceptor-donor based oligothiophenes and their optoelectronic properties
Date 12.08.2011
Number 29622
Abstract In this work, the synthesis of an oligothiophene having a donor acceptor donor (D-A-D) chromophore with hydrogen bonding groups is described. The D-A-D molecule was demonstrated to self-organize via intermolecular H-bonding between barbituric acid units. Interactions between the oligothiophene subunits were also found to be important, affording nanoribbons that could be observed by atomic force and transmission electron microscopy. The applicability of the oligothiophene for organic electronic applications was investigated by fabricating organic field-effect transistors (OFETs) and organic photovoltaic devices. The OFET measurements yielded p-type mobility of 7 x 10(-7) cm(2)/(Vs), and when blended with C(60)-PCBM, the photovoltaic efficiency was observed to be 0.18%.
Publisher Journal of Physical Chemistry / C
Identifier
Citation Journal of Physical Chemistry / C 115 (2011) 14369-14376
DOI https://doi.org/10.1021/jp204271c
Authors Siram, R.B.K. ; Tandy, K. ; Horecha, M. ; Formanek, P. ; Stamm, M. ; Gevorgyan, S. A. ; Krebs, F.C. ; Kiriy, A. ; Meredith, P. ; Burn, P. L. ; Namdas, E. B. ; Patil, S.
Tags heterojunction solar-cells charge-carrier mobility pi-conjugated systems supramolecular electronics molecules polymers aggregation derivatives efficiency units

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