electroluminescence造句

• Measurement of chromaticity of electroluminescence lines
  关于场致发光光源色度的测量
• Electroluminescence from eu3 : m complexes
  复合体系的电致发光研究
• 2 el electroluminescence features
  2 el场致发光器特性
• A study of visible electroluminescence from u si sio2 superlattices p - si structure
  结构的可见电致发光研究
• Color organic thin film electroluminescence and passive matrix display
  彩色有机薄膜电致发光及动态矩阵显示
• Electroluminescence display eld
  电激发光显示器
• Transient characteristics of near infra - red electroluminescence in devices doped with erbium
  铒近红外发光的瞬态特性
• Organic / polymeric electroluminescence is a newly - emerging display technique
  有机聚合物电致发光是一种新兴平板显示技术。
• The emphasis of the article is to study the spectrum of photoluminescence and electroluminescence
  本论文主要测定薄膜的光致发光和电致发光特性。
• Luminescence is a general term for light emission , including photoluminescence , electroluminescence and others
  发光特性一般包括光致发光，电致发光及其它不同类型所导致的发光等。
• We also prepared some photoelectric devices and explore the mechanisms of photovoltaic conversion and electroluminescence
  制备了光电器件，探讨了其光电转换、电致发光等方面的机理。
• Such displays , which are based on the electroluminescence of organic compounds , are said to be thinner and brighter than lcds , and offer wider viewing angles
  这种基于有机物通电发光原理制造的显示器，被认为比液晶显示器更薄更亮，而且提供更加宽的可视角度。
• Organic and polymer electroluminescence materials have attracted much interest because of its high luminescence efficiency , full color , processable and so on
  有机电致发光材料由于具有高发光效率，亮度和颜色可调，易加工成膜等优良特性，引起了人们的极大兴趣。
• Organic electroluminescence ( oel ) is light - emitting phenomenon arising from luminescent materials in which electricity is transformed into light when turned appropriate voltage on
  有机电致发光( organicelectroluminescence , oel )是指发光材料在电场作用下，将电能直接转化为光能的一种发光现象。
• Many ways of doping have also been reported . at the same time , to reduce the onset voltage and to increase the intensity of electroluminescence ( el ) is all very important for el devices
  由于硅的平面集成工艺已相当成熟，所以从工艺兼容性考虑，用硅基材料作为发光器件将是最佳的选择，而其获得应用的关键是提高发光效率。
• This paper mainly discusses the design of the single - photon - counter . electroluminescence ( el ) is a weak light with its power under 10 - 16w , which can , t be detected with conventional method
  绝缘聚合物的电致发光一般都非常微弱，功率都在10 - 16瓦以下，是典型的单光子，这给测试工作带来很大的困难，必须研制特殊的测试仪器。
• In chapter 2 and 3 we introduced the development and problems in inorganic and organic electroluminescence ( iel and oel ) . in chapter 4 we utilize the simple static properties of inorganic material to form complex with organic material
  利用有机无机的复合，既发挥了无机材料的稳定性、简单的、静态的特点，又利用有机电致发光驱动电压低、颜色丰富等优势。
• Poly ( 3 , 4 - ethylenedioxythiophene ) is one of the most environmentally stable and promising inherently conducting polymers . it ' s applications in organic optoelectronics , especially in organic electroluminescence and solar cells are reviewed
  摘要简要综述了高性能导电高分子聚（ 3 ， 4 -二氧乙基噻吩）在有机光电子领域，特别是在有机电致发光和有机太阳能电池中的应用。
• Wang zijun ( condensed matter physics ) directed by prof . zhong guozhu and li wenlian hotly studied organic thin film electroluminescence , because of its ultra high brightness and efficiency , reminds man to consider the possibility of realizing organic semiconducting laser diods
  热点研究的有机薄膜电致发光，由于极高的亮度和效率，使人联想有机半导体薄膜激光二极管的可能性。率先的突破是在单晶上作出的，用了场效应注入双电极。
• Several methods commonly used in preparing porous silicon have been represented . photoluminescence and electroluminescence ( el ) properties of porous silicon in literature are summarized . qualitative description is given for the prevalent mechanisms proposed to explain the bright pl and el
  在比较了制备多孔硅的几种常用方法的基础上，概括了多孔硅的光致发光( pl )和电致发光( el )特性，对目前比较流行的发光模型给出了定性的论述，展望了多孔硅的应用前景。