主讲人 简介 | 王刚，美国西北大学博士后，合作导师为美国三院院士Tobin J Marks教授。研究工作主要涉及聚合物半导体电子器件先进印刷制造工艺及基于同步辐射光源的原位化表征技术开发，并探索了其在软体机器人，高效光电转化，智能传感器领域的应用。以第一作者/通讯作者身份现已在PNAS，Nat. Commun.(2篇), Angew. Chem., Adv. Energy Mater., ACS Nano (3篇)等学术期刊发表论文16篇，授权中国发明专利7项，编著专著1本（Wiley-VCH），所开发的相关印刷技术也在进行产业化方面的测试。 |
活动 内容 摘要 | The key attribute of fabrication processes for next-generation semiconductor electronics will be economical solution deposition methodologies. However, to achieve these ends, it is essential that charge transport or power conversion efficiency in the organic (semi)conducting layer(s) of these devices meet rigorous performance and reliability standards for mass production. Solution-based film processing techniques capable of increasing charge carrier mobility, electrical uniformity, and power conversion efficiency by manipulating/aligning the film microstructure typically rely on mechanical stretching, high-temperature rubbing, or shear-printing. Among these methodologies, shear-printing has been of primary interest due to its applicability to large area film fabrication, microstructure control, and enhancement of charge transport/power conversion characteristics. In this study, several shear printing techniques are developed to realize the microstructure control, and the applications in integrated, smart response soft organic electronics. The topics will include: 1. Microfluidic flow for aligned conjugated polymer nanofibers with enhanced charge transport; 2. Natural-brush shear printing enabling aggregation control in intentionally selected conjugated polymers for high-performance thin-film transistors; 3. The integration of semiconductor electronics for soft robotics and smart textiles. |
