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Organic Synthesis and Device Testing for iVIolecular Electronics

机译:电子分子电子的有机合成和设备测试

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The rapidly developing field of ultra-small electronics is one of the driving forces behind the interest in the synthesis of new molecules as candidates for molecular electronics.'"* Molecular electronics is of interest because standard fabrication methods are hitting limits in scaling.We have covered,in other reviews,some of the syntheses of these molecules as well as the large body of work on the theoretical aspects of molecular conduction.''However,the limitations of the present"top-down"method of producing semiconductor-based devices have been the subject of debate and conjecture since Gordon Moore's prediction in 1965 that the number of components per integrated circuit would double every 18 months.
机译:超小型电子学领域的迅速发展是推动人们对合成新分子作为分子电子学候选者的兴趣背后的推动力之一。'**分子电子学是令人感兴趣的,因为标准的制造方法已达到规模极限。在其他评论中涵盖了这些分子的一些合成以及有关分子传导的理论方面的大量工作。”但是,目前生产基于半导体的器件的“自上而下”方法的局限性自1965年戈登·摩尔(Gordon Moore)预测每个集成电路的组件数量每18个月翻一番以来,一直是辩论和猜想的话题。

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