Organic field effect transistors for textile applications.

In this paper, several issues concerning the development of textiles endowed with electronic functions will be discussed. In particular, issues concerning materials, structures, electronic models, and the mechanical constraints due to textile technologies will be detailed. The idea starts from an already developed organic field-effect transistor that is realized on a flexible film that can be applied, after the assembly, on whatever kind of substrate, in particular, on textiles. This could pave the way to a variety of applications aimed to conjugate the favorable mechanical properties of textiles with the electronic functions of transistors. Furthermore, a possible perspective for the developments of organic sensors based on this structure are described.     

有机发光显示技术及有机半导体

近年来有机发光显示技术及其应用的迅速发展,使人们对有机半导体材料和器件有了新的认识.有机半导体材料及器件是近期有望取得重大突破的一个十分活跃的研究领域.有机半导体材料有可能在有机电致发光、有机光电转化、有机场效应管、太阳能电池以及信息存贮器件等领域得到广泛应用,并将促进有机电子产业的进一步发展.     

有机发光显示技术及有机半导体

近年来有机发光显示技术及其应用的迅速发展,使人们对有机半导体材料和器件有了新的认识.有机半导体材料及器件是近期有望取得重大突破的一个十分活跃的研究领域.有机半导体材料有可能在有机电致发光、有机光电转化、有机场效应管、太阳能电池以及信息存贮器件等领域得到广泛应用,并将促进有机电子产业的进一步发展.     

Flexible Organic LED and Organic Thin-Film Transistor

In this paper, a plastic organic thin-film transistor (OTFT) with high mobility formed on the polymeric gate dielectrics is presented. Flexible organic LEDs (OLEDs) operated by an OTFT are fabricated with a novel lamination method and the results are also presented. Fabrication method and the performances of white (consisting of R, G, and B) OLEDs with high efficiency, stability, and good color purity are discussed.     

有机电致发光与有机半导体的发展

有机电致发光的迅速发展也推动了有机半导体的发展本文在比较了有机半导体和无机半导体的主要特征的基础上,分别介绍了有机半导体的主要领域包括有机电致发光、有机光导、有机太阳电池、有机薄膜晶体管等的发展。     

有机电致发光

详细介绍了有机电致发光的原理、结构和制备方法，分析了用于有机电致发光的各种材料的性能以及蓝色有机ＥＬ，最后提出了存在的问题及展望。