【摘 要】
：
OLEDs have drawn much attention as next generation display technology since several decades.Indeed,OLEDs have already achieved commercial success in small to medium size display market,for example the
【机 构】
：
广州华睿光电材料有限公司 广州科学城科丰路31号华南新材料创新园G8栋602号,510663
论文部分内容阅读
OLEDs have drawn much attention as next generation display technology since several decades.Indeed,OLEDs have already achieved commercial success in small to medium size display market,for example the Samsungs smart phone.However,the mature production technology is evaporation-based process,supports only up to Gen5 line.It cannot give an affordable yield in mass production for larger size substrate,for example Gen8.Thus,to get commercial success in mainstream market,the new production technology should be developed and adopted.Among many,printed OLED is the most promising technology.Many efforts have been devoted to printing process,while the key issue-printable materials,has been kept as the top secret of the few companies.There is a gap between industry and academic world.This talk will give a short introduction to the requirements on OLED materials for printing process,and elucidates some key issues which should be solved for printed materials,with a hope to give some directions for and raise interest in the academic world.
其他文献
Chemotherapy is one of the most effective therapeutic regimens for patients with advanced colon cancer that could not be treated by surgery [1].However,the poisonous side effects and complications of
Many nano-sized inorganic materials have specific properties upon exposure to light,electricity and magnetism and their potential applications in biological fields including tumor therapy have already
Minimally invasive therapeutic strategies provide interesting options for the treatment of solid tumors,such as hepatocellular carcinomas (HCCs).It has become obvious,however,that straightforward embo
Biocompatible and biodegradable synthetic polypeptides have been widely studied for various biomedical applications,such as tissue engineering [1],and drug and gene delivery [2].However,polypeptides h
Direct in vivo administration of messenger RNA (mRNA) delivered in both naked and nanoparticle formats are actively investigated because the use of dendritic cells transfected ex vivo with mRNA for ca
In the field of gene delivery,the development of vectors with high transfection efficiency and low toxicity is of critical importance [1].Polyethylenimine (PEI) is a cationic polymer,which has been in
Grene therapy is an attractive approach for the causal treatment of diseases associated with genetic malfunction.Critical requirements are stable nucleic acid packaging,cellular uptake and subsequent
Hydrogen sulfide (H2S),a notorious toxic gas with a characteristic smell of rotten eggs,has recently been identified as the third gaseous cellular signal transmitter,in addition to nitric oxide (NO) a
碳原子具有独特的成键能力，可形成不同结构和性质的异构体。其中，富勒烯由于具有独特的结构和优异的物理化学性质，是近年来人们关注和研究的热点。以富勒烯为基本构筑单元可以制备出许多不同结构的新型功能材料，其结构、性质与富勒烯单元间的相互作用、成键等因素密切相关。在富勒烯中进行掺杂是研究制备富勒烯新材料的有效手段，形成的富勒烯掺杂体系中，掺杂分子的引入以及所形成的空间限域效应会改变分子间的相互作用，进而影
石墨烯/氮化硼异质结构近两年来在国际二维材料和物理研究领域内引起了广泛的研究兴趣.石墨烯和六方氮化硼具有相似的原子结构，都具有两个子晶格；不同之处在于前者的两个子晶格都是由碳原子构成，而后者的两个子晶格分别由氮和硼原子构成.另外，两者存在大约1.7％的晶格失配，这种晶格失配会导致摩尔斑图的出现，且摩尔斑图的周期和两者的相对晶格转角密切相关.相对晶格转角为零时出现最大摩尔斑图周期，约15 纳米.摩尔