Beyond conventional organic transistors: novel approaches with improved performance and stability
Beyond conventional organic transistors: novel approaches with improved performance and stability
复制标题
超越传统有机晶体管：具有改进性能和稳定性的新方法
作者：
B. Lüssem;M. Tietze;A. Fischer;P. Pahner;H. Kleemann;Alrun A. Günther;Daniel Kasemann;K. Leo
有机电子有望实现柔性电子领域。介绍了几种基于分子掺杂技术的新型有机晶体管概念，为提高有机晶体管的性能开辟了新的方向。实现掺杂有机晶体管以及有机结场效应晶体管的演示。此外，垂直晶体管的概念与沟道长度在亚微米制度进行了讨论。
Organic electronics hold the promise of enabling the field of flexible electronics. Several novel organic transistor concepts based on the technology of molecular doping are presented that open new directions to improve the performance of OFETs. The realization of doped organic transistors as well as organic junction field-effect transistors is demonstrated. Furthermore, vertical transistor concepts with channel lengths in the sub-micrometer regime are discussed.
影响因子：
16.6
作者：
Luessem, Bjoern;Tietze, Max L.;Kleemann, Hans;Hossbach, Christoph;Bartha, Johann W.;Zakhidov, Alexander;Leo, Karl
通讯作者：
Leo, Karl
影响因子：
3.2
作者：
Tietze, Max L.;Leo, Karl;Luessem, Bjoern
通讯作者：
Luessem, Bjoern