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Molecule-based ferromagnetic conductors: Strategy and design

机译:分子基铁磁导体:策略与设计

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摘要

The design and study of hybrid crystalline solids in the search for multifunctional materials is one of the most appealin possibilities where molecule-based materials offer striking advantages: from the combination of molecular building blocks wit the desired tailor-made chemical and physical properties. In this review we will cover all aspects of the so-called molecular ferrc magnetic conductors, built from combination in a single compound of organic cationic radicals, able to give rise to conductin architectures, with polymeric anionic metal complexes, able to give rise to ferromagnetism. The relevant successes and drawback of this approach will be highlighted and discussed in detail.
机译:在寻找多功能材料的过程中,混合结晶固体的设计和研究是最有吸引力的方法之一,其中基于分子的材料提供了显着的优势:从分子构件的组合中获得所需的量身定制的化学和物理特性。在这篇综述中,我们将涵盖所谓的分子铁磁导体的所有方面,这些分子铁导体是由有机阳离子自由基的单一化合物组合而成,能够在体系结构中与导电的阴离子金属配合物产生导电性,能够产生铁磁性。 。此方法的相关成功和缺点将被突出显示和详细讨论。

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