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Nanometer scale carbon structures for charge-transfer systems and photovoltaic applications

机译:用于电荷转移系统和光伏应用的纳米级碳结构

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摘要

This article surveys and highlights the integration of nanometer scale carbon structures - in combination with chromophores that exhibit ( i) significant absorption cross section throughout the visible part of the solar spectrum and (ii) good electron donating power - into novel electron donor - acceptor conjugates ( i. e., covalent) and hybrids ( i. e., non-covalent). The focus of this article is predominantly on performance features - charge-transfer and photovoltaic - of the most promising solar energy conversion systems. Besides documenting fundamental advantages as they emerge around nanometer scale carbon structures, critical evaluations of the most recent developments in the fields are provided.
机译:本文概述并强调了纳米级碳结构的整合-与发色团的结合,这些发色团表现出(i)在太阳光谱的整个可见光部分具有明显的吸收截面,以及(ii)良好的电子给体能力-形成新型电子给体-受体共轭物(即共价)和杂种(即非共价)。本文重点关注最有前途的太阳能转换系统的性能特征-电荷转移和光伏。除了记录其在纳米级碳结构周围出现的基本优势外,还提供了对该领域最新进展的严格评估。

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