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Heterobimetallic Lantern Complexes and Their Novel Structural and Magnetic Properties
Accounts of Chemical Research ( IF 16.4 ) Pub Date : 2018-04-13 00:00:00 , DOI: 10.1021/acs.accounts.7b00585 Stephanie A. Beach 1 , Linda H. Doerrer 1
Accounts of Chemical Research ( IF 16.4 ) Pub Date : 2018-04-13 00:00:00 , DOI: 10.1021/acs.accounts.7b00585 Stephanie A. Beach 1 , Linda H. Doerrer 1
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As the scale of microelectronic circuit devices approaches the atomic limit, the study of molecular-based wires and magnets has become more prevalent. Compounds with quasi-1D geometries have been investigated for their electronic conductivity and magnetic properties with potential use as nanoscale circuit components and information storage devices. To increase the number of compositionally tailored molecular systems available to study, we have taken a building-block, bottom-up approach to the development of improved electronic structure and magnetic properties of quasi-1D arrays. Over the past decade, a large family of asymmetric complexes that can assemble into extended arrays has resulted.
中文翻译：
异双金属灯笼复合物及其新颖的结构和磁性
随着微电子电路器件的规模接近原子极限，基于分子的导线和磁体的研究变得越来越普遍。已经研究了具有准一维几何形状的化合物的电导率和磁性，并有望用作纳米级电路组件和信息存储设备。为了增加可供研究的成分定制分子系统的数量，我们采用了构建模块，自下而上的方法来开发准1D阵列的改进的电子结构和磁性能。在过去的十年中，产生了一大类可以组装成扩展阵列的不对称复合物。
更新日期：2018-04-13
中文翻译：
异双金属灯笼复合物及其新颖的结构和磁性
随着微电子电路器件的规模接近原子极限，基于分子的导线和磁体的研究变得越来越普遍。已经研究了具有准一维几何形状的化合物的电导率和磁性，并有望用作纳米级电路组件和信息存储设备。为了增加可供研究的成分定制分子系统的数量，我们采用了构建模块，自下而上的方法来开发准1D阵列的改进的电子结构和磁性能。在过去的十年中，产生了一大类可以组装成扩展阵列的不对称复合物。
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