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New Applications of Heterodimetallic Organometallic Complexes as Molecular Switches

机译:杂二金属有机金属配合物作为分子开关的新应用

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1.Introduction The design and development of molecular devices based on coordination or organometallic complexes is of great importance nowadays due to their applied interest in different fields [1-3]. Among all types of molecular devices (I.e. Clips, rotors, scissors, switches, twisters, etc.) with different architectures reported so far, molecular switches are targets of increasing interest for electronics and optical memory devices [3]. In this type of devices, an external stimulus (I.e. Light, electrons, pH, etc.) produces intra-or intermolecular changes that affect a characteristic physical or chemical property of the molecule [3]. To allow their use in the development of sensors, information and storage materials these transformations should be fast and reversible to permit the "switch on" and "switch off' of that property.
机译:1引言基于配位或有机金属配合物的分子装置的设计和开发由于其在不同领域的应用兴趣,如今具有重要意义[1-3]。到目前为止,在各种类型的具有不同架构的分子设备(例如,夹子,转子,剪刀,开关,扭转器等)中,分子开关是电子和光学存储设备越来越受关注的目标[3]。在这种类型的设备中,外部刺激(即光,电子,pH等)会产生分子内或分子间变化,从而影响分子的物理或化学特性[3]。为了允许将它们用于传感器,信息和存储材料的开发中,这些转换应快速且可逆,以允许该属性的“打开”和“关闭”。

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