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Semi Empirical Approach to the Charge Transport Characteristics of Molecular Junctions

机译:分子结的电荷传输特性的半经验方法

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The idea of using molecules and molecular structures as functional electronic device, promises to substantially decrease the size and improve the performance of electronic devices. In this paper, nonequilib-rium Green's function formalism (NEGF) combined with extended Huckel theory (EHT), a semiempirical approach is used to study the electron transport phenomenon in single molecular junction systems. Benzene diamine molecule is studied to investigate the bonding of amine group to gold electrodes and the electron transport across the junction. The results are compared with that of benzene dithiol molecule with thiol end groups. Furthermore, the influence of charging and torsion angle on the transport characteristics is emphasized.
机译:使用分子和分子结构作为功能性电子设备的想法有望大大减小尺寸并提高电子设备的性能。本文将非平衡格林函数形式主义(NEGF)结合扩展的Huckel理论(EHT),采用半经验方法研究单分子结系统中的电子传输现象。研究了苯二胺分子,以研究胺基团与金电极的键合以及跨结的电子传输。将结果与具有硫醇端基的苯二硫醇分子的结果进行比较。此外,强调了充电和扭转角度对运输特性的影响。

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