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- Research development of Si-based light emitting material 硅基发光材料研究进展
- organic light emitting materials 有机电致发光材料
- light emitting material 光发射材料
- blue light emitting material 蓝光发光材料
- Light emitting polymers (LEP) is a variation of EL. 光发射聚脂（LEP）是场致发光的一个变种。
- Giving off light or heat or radiation: the physical temperature of the emitting material. 散发出光、热或射线的：放射性物质的物理温度。
- The display may be liquid crystal or light emitting diode. 可以采用液晶或发光二极管显示。
- H_2O as emitting material, their EL properties were described briefly. H_2O制作了EL器件，并对该器件的电致发光(EL)性能进行了初步的探讨。
- The White source color devices are made with GaN Light Emitting Diode. 此种白光之光颜色来源于由GaN化合物制成的发光二极管。
- Light emitting polymers emit colours when connected to an electric power source. 发光聚合物与电源相连时能发出彩光。
- The light emitted by an incandescent object. 白热光炽热的物体发的光
- The three-layer EL diodes were prepared using Eu(DBM)3L as emitting material, their EL properties were described briefly. 用Eu(DBM)_3L(DBM是二苯甲酰甲烷，L是氮杂菲类配体)作为发光材料制备了五个三层EL器件，并对器件的电致发光(EL)性能进行了初步的探讨。
- Do you know the distance to a light emitter? 那么你怎样知道一个灯光投射器的距离值呢?
- BASED ON INFRARED LIGHT EMITTED DIODES - LED. 基于红外发光二极管。
- STUDY OF LIGHT EMITTING MODES OF InGaP MICRODISKS BY USING SCANNING NEAR-FIELD OPTICAL MICROSCOPY? 扫描近场光学显微术对InGaP微盘发光模式的研究?
- In this thesis, we will discuss the issue about the problems of taking silicon as a light emitting device. 本论文即著眼于此一问题，探讨以矽作为发光元件所产生的种种问题。
- Since negative electron affinity (NEA), which enables electrons to escape from the surface easily, has been detected on the surface of AlN thin films, AlN should be a good electron emitting material. 并且AlN作为一种宽带隙材料，它有很多独特的性质，已经证明其具有表面负电子亲和势（NEA），能够使电子易于逸出表面，是很好的电子场发射材料。
- Because of the applications in UV-Blue light emitting devices, gallium nitride materials have drawn much attention. 摘要:氮化镓材料因其在蓝紫外光发光元件上的应用而广受各界注意。
- Infrared light emitting diodes and detectors are positioned along the screen edge to create a grid of light. 红外的发光二极体和检测器被沿著萤幕边缘确定位置建立一根光的闸极栏。
- Silicon light emitting devices are more and more important with fast evolutions of the ULSI industry. 摘要:随著积体电路工业快速演进，以矽作为发光源的元件显得日益重要。
