Photophysical Characterization of Synthetic Carbon-Allotrope-Based Materials (B10)

合成碳同素异形体（SCA）基材料的工作范围本质上有三个方面：首先，研究溶液中所有碳结构中的光子和电荷管理方面，以及与光电器件效率及其优化相关的有序结构形式；其次，利用所有碳结构探索电荷转移领域的前沿挑战；第三，询问所有碳结构的结构和性质，以微调其电子性质。

The scope of this work on Synthetic Carbon Allotrope (SCA)-based materials is threefold in nature: Firstly, investigating aspects of photon- and charge-management in all carbon architectures in solution and in the form of well ordered architectures with relevance to optoelectronic device efficiencies and their optimization; secondly, employing all carbon architectures to probe advanced challenges in the area of charge transfer; thirdly, interrogating structure and properties of all carbon architectures to enable fine-tuning their electronic properties.