Nanodroplet platforms for engineering novel nanocarbon structures

该项目旨在利用表面纳米液滴阵列平台构建纳米级碳材料的多尺度组装。该项目希望推进关于液滴和碳纳米材料之间相互作用的知识，以实现基于纳米碳的光电设备的受控建造。能源转换行业成功地采用基于纳米碳材料的光电子器件，有可能提高转换效率，降低制造成本。预期的结果是大规模和有序的纳米碳结构，具有优异的电子和光学性能。

This project aims to exploit surface nanodroplet array platforms to construct multi-scale level assembly of nanometer-scale carbon materials. The project expects to advance knowledge on the interactions between droplets and carbon nanomaterials to enable controlled construction of nanocarbon based optoelectric devices. Successful adoption of nanocarbon material-based optoelectronic devices by the energy conversion industry has the potential to increase efficiency of conversion and reduce the cost of manufacture. The expected outcomes are large scale and well-ordered nanocarbon structures with excellent electronic and optical properties.