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首页> 外文会议>Conference on Nanoparticles 2004: Nanoelectronics, Nanophotonics, and Nanomagnetics vol.7; 20041025-26; Stamford,CT(US) >NANOELECTRONIC DEVICES BASED ON MOLECULAR JUNCTIONS
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NANOELECTRONIC DEVICES BASED ON MOLECULAR JUNCTIONS

机译：基于分子连接的纳米电子器件

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摘要

Bottom-up assembly of nanoelectronic devices provides a possible alternative to conventional top-down microelectronic manufacturing methods for constructing future integrated circuits and systems-on-a-chip. Many nanoelectronic devices are emerging as strong candidates for integration into these circuits and systems, including those that incorporate self-assembled molecular monolayer junctions. Recent innovations in synthetic chemistry and device synthesis are making it possible to study the relationship between properties such as molecular structure, contacts, and local molecular environment and the junction electrical characteristics. These studies have provided a strong foundation for understanding and modeling junctions containing π-conjugated molecular wires, and are giving insight into the design of molecular devices with nonlinear or bistable switching characteristics that are of interest for logic and memory circuits.
机译：纳米电子器件的自下而上的组装为传统的自上而下的微电子制造方法提供了一种可能的替代方法，用于构造未来的集成电路和片上系统。许多纳米电子器件正在成为集成到这些电路和系统中的强大候选者，包括那些包含自组装分子单层结的器件。合成化学和器件合成方面的最新创新使得研究分子结构，接触，局部分子环境和结电特性等特性之间的关系成为可能。这些研究为理解和建模包含π共轭分子线的结点提供了坚实的基础，并为逻辑和存储电路感兴趣的具有非线性或双稳态开关特性的分子器件的设计提供了见识。

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