Engineered Advanced Materials And Devices

研究人员试图使用反应喷墨技术（RIJ）来引入半导体量子点（QD）制造的范式转变，以及坚固耐用的导电纺织品（RDCT）。起始化学品将被制备为油墨，并以优化的比例和顺序印刷到表面/基底的指定位置上，以合成自组装QD。RIJ还将用于快速筛选和优化导电聚合物与纺织纤维的粘合。一些技术领域将受益于这项研究的成功，包括显示器和照明，能量收集和薄膜电池。

The researcher seeks to use reactive inkjet technique (RIJ) to introduce a paradigm shift in the fabrication of semiconductor quantum dots (QDs), and robust and durable conductive textile (RDCT). Starting chemicals will be prepared as inks and printed in optimized proportions, and sequence, onto specified locations of a surface/substrate, to result in synthesis of self-assembled QDs. RIJ will also be used for rapid screening and optimization of adhesion of electrically conducting polymers to textile fibres. Some of the technology areas that will benefit from the success of this research include displays and lighting, energy harvesting, and thin film battery.