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Photoinduced switching of electrical properties in thin films of polar indandione type organic molecules

机译:光脉冲电性能在极性吲哚酮型有机分子的薄膜中

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The optically induced switching of organic materials with large dipole moments consisting of acceptor and donor groups bridged by a delocalized π-electron system is important for investigations of optoelectronic effects. To the contrary of azobenzene molecule, photoinduced change of dipole moment of indandione molecule does not need free volume in thin films. To modify the dipole moment and also to optimise properties of film formation, a number of novel indandione derivatives is investigated. Reversible switching of the surface potential of polymer films with incorporated or chemically attached indandione molecules is observed at irradiation in photoinduced intramolecular electron transfer wavelength.
机译:光学诱导具有大偶极矩的有机材料的切换,包括由分层π电子系统桥接的受体和供体组组成对于对光电效应的研究是重要的。 偶联偶氮苯分子,Indandione分子的偶极力矩的光突出变化在薄膜中不需要自由体积。 为了改变偶极矩并还优化成膜性能,研究了许多新的吲哚酮衍生物。 在光致态分子内电子传递波长的照射下观察到聚合物膜的具有掺入或化学附着的吲哚酮分子的聚合物膜的表面电位的可逆切换。

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