SGER: High Performance Printable Organic Semiconductors

这项拟议的研究旨在设计高迁移率的有机半导体-单壁碳纳米管复合材料，作为这项可能对硅基设备产生颠覆性的技术的进军。这项提案中描述的研究承诺创造出环境稳定的有机半导体复合材料，可以用激光打印技术进行图案化。为解决这些问题而联合起来的跨学科团队结合了先进有机合成、有机器件制造和大面积干式印刷方面的专业知识。作为基准，这项提议寻求创造具有可溶和可印刷的材料，以产生具有高环境稳定性、通断电流比大于106、MOBILITES约为5至10 cm2/v的材料。

The proposed research seeks to design organic semiconductors-SWNT composites of high mobility as an inroad into this technology that could be disruptive towards silicon-based devices. The studies delineated in this proposal promise to create environmentally stable organic semiconductor composites that could be patterned with laser printing technology. The interdisciplinary team that has come together to address these problems incorporates expertise in advanced organic synthesis, organic device fabrication, and large area dry printing. As a benchmark, this proposal seeks to create materials with that soluble and can be printed to yield materials that have high environmental stability, on/off current ratios greater than 10 6 , and mobilites ca. 5 to 10 cm 2 /Vs.