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Mixed Molecular Electronics: Tunneling Behaviors and Applications of Mixed Self‐Assembled Monolayers
Advanced Electronic Materials ( IF 6.2 ) Pub Date : 2020-01-15 , DOI: 10.1002/aelm.201901157 Gyu Don Kong 1 , Seo Eun Byeon 1 , Sohyun Park 1 , Hyunsun Song 1 , Seo‐Yeon Kim 1 , Hyo Jae Yoon 1
Advanced Electronic Materials ( IF 6.2 ) Pub Date : 2020-01-15 , DOI: 10.1002/aelm.201901157 Gyu Don Kong 1 , Seo Eun Byeon 1 , Sohyun Park 1 , Hyunsun Song 1 , Seo‐Yeon Kim 1 , Hyo Jae Yoon 1
Affiliation
Molecular electronics promise electronic devices that are miniaturized to molecular and atomic levels. Despite significant efforts made towards understanding and improving the electronic functions of devices based on homogeneous molecular systems, the roles, effects, and importance of molecular‐level dilution and mixing in active components for device performance have only recently begun to be understood. Recent advances in molecular electronics based on heterogeneous active components, defined as mixed molecular electronics, are reviewed, with a particular focus on molecular tunnel junctions containing mixed self‐assembled monolayers (SAMs). Through a stepwise approach, the following is provided: a) a summary of the unique (supra)molecular and electronic structural features of mixed SAMs compared to homogeneous SAMs, b) a discussion on fundamental understanding of charge transport across mixed molecular systems, c) a comprehensive summary of functional mixed‐molecular tunneling devices, and d) perspectives on the future direction of mixed molecular electronics.
中文翻译:
混合分子电子学:混合自组装单分子层的隧穿行为及其应用
分子电子学承诺将电子设备微型化至分子和原子水平。尽管人们在基于均匀分子系统的理解和改善装置电子功能方面做出了巨大努力,但直到最近才开始了解活性成分中分子水平稀释和混合对装置性能的作用,作用和重要性。综述了基于异质活性组分的分子电子学的最新进展,定义为混合分子电子学,特别关注包含混合自组装单分子层(SAMs)的分子隧道结。通过逐步方法,提供了以下内容:a)与同质SAM相比,混合SAM的独特(超)分子和电子结构特征的概述,
更新日期:2020-02-13
中文翻译:
混合分子电子学:混合自组装单分子层的隧穿行为及其应用
分子电子学承诺将电子设备微型化至分子和原子水平。尽管人们在基于均匀分子系统的理解和改善装置电子功能方面做出了巨大努力,但直到最近才开始了解活性成分中分子水平稀释和混合对装置性能的作用,作用和重要性。综述了基于异质活性组分的分子电子学的最新进展,定义为混合分子电子学,特别关注包含混合自组装单分子层(SAMs)的分子隧道结。通过逐步方法,提供了以下内容:a)与同质SAM相比,混合SAM的独特(超)分子和电子结构特征的概述,