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首页> 外文期刊>Angewandte Chemie >The Larger Acenes:Versatile Organic Semiconductors
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The Larger Acenes:Versatile Organic Semiconductors

机译:较大的aceNes:多功能有机半导体

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摘要

Acenes have long been the subject of intense study because of the unique electronic properties associated with their pi-bond topology.Recent reports of impressive semiconductor properties of larger homologues have reinvigorated research in this field,leading to new methods for their synthesis,functionalization,and purification,as well as for fabricating organic electronic components.Studies performed on high-purity acene single crystals revealed their intrinsic electronic properties and provide useful benchmarks for thin film device research.New approaches to add functionality were developed to improve the processability of these materials in solution.These new functionalization strategies have recently allowed the synthesis of acenes larger than pentacene,which have hitherto been largely unavailable and poorly studied,as well as investigation of their associated structure/property relationships.
机译:由于与其PI-BOND拓扑相关的独特的电子性质,射精长期以来一直是激烈的研究的主题。记录较大同源物的令人印象深刻的半导体性能的报道,在该领域的再生研究,导致其合成,功能化和新方法。 纯化,以及制造有机电子元件。在高纯度丙烯单晶上进行的研究显示其内在的电子特性,并为薄膜器件研究提供了有用的基准。开发了添加功能的方法以提高这些材料的可加工性 解决方案。最近允许新的官能化策略允许迄今为止大致不可用且研究得不足,以及对其相关的结构/财产关系的调查来合成竞争。

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