有机EL照明及其开发动向
作者:邓隐北 孙合会 陈仕斌 上传时间:2012/7/5 15:00:57
摘要:本文概述了有机电致发光(EL)的发光原理、材料性能及其器件结构特点。
有机EL是继LED之后,又一发现的更为理想的固态电光源。特别通过扩散板的利用,迅速改善了发光效率。不久的未来它将广泛应用于照明领域,逐步取代LED和部分气体放电光源而形成照明应用的主流。 叙词:有机EL照明 固态电光源 发光效率 电致发光(EL) LED Abstract:The paper analyses the lighting principles, material performance and component structure of EL lighting, concluding that organic EL is an ideal solid lighting source following LED. By adopting diffusing panel, the lighting efficiency can be improved significantly. In the near future, organic EL can be applied widely, becoming mainstrem in lighintg field by replacing gradually the LED lighting and some gas-discharge sources. Keyword:Organic EL lighting, Solid power source, Lighting efficiency, Electroluminescence, LED
有机EL是继LED之后,又一发现的更为理想的固态电光源。特别通过扩散板的利用,迅速改善了发光效率。不久的未来它将广泛应用于照明领域,逐步取代LED和部分气体放电光源而形成照明应用的主流。 叙词:有机EL照明 固态电光源 发光效率 电致发光(EL) LED Abstract:The paper analyses the lighting principles, material performance and component structure of EL lighting, concluding that organic EL is an ideal solid lighting source following LED. By adopting diffusing panel, the lighting efficiency can be improved significantly. In the near future, organic EL can be applied widely, becoming mainstrem in lighintg field by replacing gradually the LED lighting and some gas-discharge sources. Keyword:Organic EL lighting, Solid power source, Lighting efficiency, Electroluminescence, LED
说明:本站会员正确输入用户名和密码进行登录系统后才能查看文章详细内容和参与评论。
--本文摘自《电源世界》,已被阅读8536次
免责声明:本文仅代表作者个人观点,与电源在线网无关。其原创性以及文中陈述文字和内容未经本站证实,对本文以及其中全部或者部分内容、文字的真实性、完整性、及时性本站不作任何保证或承诺,请读者仅作参考,并请自行核实相关内容。
关于本文的网友评论:
本文暂时还没有网友发表评论信息!