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Control and Switching of first hyperpolarizability by pH

机译:通过pH控制和切换第一超极化性

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Modulating the electronic, magnetic and optical properties at the molecular level using an external trigger has been extended to the field of nonlinear optics. The switching molecule is designed to have a complexation site or a redox active unit which can guarantee electronic communication over the whole conjugated system. The alteration of the nonlinear property is then induced by the modulation of the internal charge-transfer due to the response of the molecule to the external stimulus. This can be achieved by cation binding, protonation/deprotonation or electrochemically.
机译:使用外部触发器在分子水平上调节电子,磁性和光学性质已扩展到非线性光学领域。开关分子被设计为具有络合位点或氧化还原活性单元,可以确保整个共轭系统的电子通讯。然后,由于分子对外部刺激的响应,通过内部电荷转移的调制来诱导非线性性质的改变。这可以通过阳离子结合,质子化/去质子化或电化学方式来实现。

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