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Molecules with enhanced electronic polarizabilities based on 'defect'- like states in conjugated polymers

机译:基于共轭聚合物中“缺陷”态的电子极化率增强的分子

摘要

Highly conjugated organic polymers typically have large non- resonant electronic susceptibilities, which give the molecules unusual optical properties. To enhance these properties, "defects" are introduced into the polymer chain. Examples include light doping of the conjugated polymer and synthesis, conjugated polymers which incorporate either electron donating or accepting groups, and conjugated polymers which contains a photoexcitable species capable of reversibly transferring its electron to an acceptor. Such defects in the chain permit enhancement of the second hyperpolarizability by at least an order of magnitude.
机译:高度共轭的有机聚合物通常具有较大的非共振电子敏感性,从而使分子具有非凡的光学性能。为了增强这些性能,将“缺陷”引入聚合物链中。实例包括共轭聚合物的轻掺杂和合成,掺有给电子基团或受电子基团的共轭聚合物,以及包含能够将其电子可逆地转移至受体的光激发物种的共轭聚合物。链中的此类缺陷使第二超极化能力至少提高了一个数量级。

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