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Trimacrocyclic Arylamine And Its Polycationic States

机译:三环芳基胺及其聚阳离子状态

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A novel trimacrocyclic arylamine was found to be accessible to the different spin-states by consecutive electrochemical or chemical oxidation.rnAlternating meta-phenylene- and para-phenylene-linked oligoaryl-amines are considered as promising molecular parts for the molecule-based electronics due to their intriguing magnetic and electronic properties. From the magnetic view of point, the weta-phenylene linker plays a role in ensuring the effective ferromagnetic interaction, while the para-phenylene linker takes an important part in stabilizing the spin-containing aminium radical cations. Of the meta-para-oligoarylamines prepared so far, the macrocyclic oligoarylamines are structurally defined and, therefore, we can employ them as the component pieces to prepare the two- and/or three-dimensionally structured oligoarylamines.
机译:通过连续的电化学或化学氧化,发现一种新颖的三环芳基胺可通过不同的自旋态获得。交替的间亚苯基和对亚苯基连接的低聚芳基胺被认为是基于分子电子学的有希望的分子部分,这是由于它们令人着迷的磁性和电子特性。从磁性的观点来看,湿亚苯基连接基在确保有效的铁磁相互作用中起作用,而对亚苯基连接基在稳定含自旋的铝自由基阳离子中起重要作用。到目前为止制备的间-对-低聚芳基胺中,大环的低聚芳基胺是结构上定义的,因此,我们可以将它们用作组成二维和/或三维结构的低聚芳基胺的组成部分。

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