Recently developed Polymer-Assisted Metal Deposition(PAMD)allows ambient fabrication of flexible,foldable,stretchable,compressible,and wearable metal(especially Cu)conductors with very high conductivi
以低粘度纳米银墨水为喷墨材料，采用自主研发的喷墨打印设备实现了太阳电池栅极金属化。研究了喷印过程中“咖啡环”、“马鞍型”缺陷的形成机制及抑制方法。
Inkjet technology has diverse applications in graphics printing,textile printing,ceramics decoration,printed electronics,as well as 3D printing.
Flexible electronics represents the modern day cutting-edge electronics.This is an area where nanomaterials combined with printed electronics hold great promise.
Organic solar cells continuously attract attention due to their potential as low cost and lightweight sources of renewable energy.The power conversion efficiency(PCE)of state-of-the-art organic solar
太阳能发电将会成为人类最廉价和充裕的清洁能源来源。在过去的10年中，随着技术的发展，光伏电池的制造成本不断下降，转化效率不断提高，已使光伏发电的成本接近传统能源的水平(如天然气发电等)，并持续下降。
有机光伏器件广泛采用低带隙给体材料与富勒烯类受体材料作为活性层。目前受体材料集中在富勒烯及其衍生物。富勒烯类受体材料因为光吸收效率低、能级可调空间小以及光化学稳定性差，限制了有机光伏电池性能的进一步提升。
Electrode buffer layer is one of the key issues influencing the performance organic electronic device.In many cases,the organic solar cell performance was found to be highly depended on the thickness