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Molecular Manipulation Technologies Using an Electric Field and Application to Organic Nanoelectronics

机译:使用电场的分子操纵技术及其在有机纳米电子学中的应用

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摘要

To realize a single or several molecule device, the following are necessary: (1) an electrical wiring method that is not destructive to the molecular aggregates and does not affect the electronic state of the molecules, (2) noncontact and controllable molecular manipulation technology, (3) oriented growth techniques especially to prepare a nanodevice employing an anisotropic molecular system. In this paper, recently developed electric-field assisted growth and its application to molecular device fabrication are presented.
机译:要实现一个或多个分子设备,必须具备以下条件:(1)一种不会破坏分子聚集体且不影响分子电子状态的电气布线方法;(2)非接触式和可控的分子操纵技术; (3)定向生长技术,特别是制备使用各向异性分子系统的纳米器件。本文介绍了最近发展的电场辅助生长及其在分子器件制造中的应用。

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