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D/A cruciform bithiophene chromophores as potential molecular scaffolds for optoelectronic applications

机译:D / A十字形联噻吩发色团作为光电应用的潜在分子支架

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摘要

Thiophene-based molecular semiconductors are of high interest in the development of optoelectronics devices and are extensively used. So far, structural variations have been widely performed on linear molecular push-pull in order to optimize their photophysical properties while 2D systems are quite limited. We report herein the synthesis of four new chromophores based on bithiophene core end capped with dibutylaminostyryl groups and functionalized on the 3,3' position with different electron withdrawing groups. Optical and electrochemical characterizations have been performed as well as theoretical calculations that corroborate the experimental data. (C) 2016 Elsevier Ltd. All rights reserved.
机译:基于噻吩的分子半导体在光电子器件的发展中备受关注,并被广泛使用。迄今为止,在2D系统十分有限的情况下,为了优化其光物理性能,已对线性分子推挽式结构进行了广泛的结构变化。我们在本文中报道了基于联噻吩核心端的四新发色团的合成,所述联噻吩核端被二丁基氨基苯乙烯基基团封端,并在3,3'位置具有不同的吸电子基团。进行了光学和电化学表征以及证实实验数据的理论计算。 (C)2016 Elsevier Ltd.保留所有权利。

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