light-emitting的例句大全

The characteristics of field emission materials Temperature-Dependent Luminescence Originating from the Recombination of Excitons in Organic Light-Emitting Materials

场致发射材料的特性有机材料激子发光的温度特性

Among the three primary colors of OLEDs, the green light-emitting materials have achieved a practical level while the red and blue ones still lag behind them especially the blue materials with high stability and efficiency.

绿色材料发展最快，基本达到了商业化实用阶段，而红色和蓝色发光材料的问题较多，特别是稳定、高效率的蓝光更具有挑战性。

Study on Thermal resistance of Semiconductor High Power Light-Emitting Diode for Applications

半导体功率型LED应用热阻的研究LED应用于照明的计算和仿真

Suzuki coupling reaction which aryl halogenated react with phenyl boronic acid is an important method to construct biphenyl unit, has been used to prepare the light-emitting materials, drug synthesis and other aspects.

芳基卤代烃与苯基硼酸的Suzuki偶联反应是构建联苯单元的重要方法，已在发光材料制备、药物合成等方面得到了应用。

Study on Blue and White Organic Light-Emitting Devices

蓝色和白色有机电致发光器件的研究

For the modification of cathode, white polymer light-emitting diodes ( WPLEDs) with bilayer structure were fabricated by spin coating method using different solubility of polymers.

在阴极修饰方面，我们利用聚合物的不同溶解性，研究了用旋涂方法制备双层高分子白光二极管（WPLED）。

These data and results are helpful to design and develop spin field effect transistor, spin light-emitting diode, spin resonant tunneling device, etc.

这些数据和结果有助于设计和研制自旋场效应晶体管、自旋发光二极管和自旋共振隧道器件等。

Improving Current Efficiency of Organic Light-Emitting Device by Using the Doping of Active Layer

利用有源层掺杂提高有机发光器件的电流效率

Theory on Geometrical Structure and Electronic Configuration of Electroplex at the TPD/ PBD Interface in Organic Light-emitting Diodes

TPD/PBD界面电致激基复合物几何结构和电子结构的理论

GaN has very promising potential for short-wave length light-emitting diodes, semiconductor lasers, and optical detectors.

GaN基半导体在短波长发光二极管、激光器和紫外探测器以及高温微电子器件等方面显示出广阔的应用前景，已成为人们研究的热点。

Development of A New Operating Astral Lamp with Light-Emitting Diodes

一种新型发光二极管手术无影灯的研制

With the rapid development of optoelectronic technology, the demand of the purple and blue short-wavelength light-emitting materials has become more and more imperative.

随着光电子技术的迅速发展，对紫光和蓝光等短波长发光材料的需求越来越迫切。

Organic light-emitting diodes ( OLEDs) have many advantages such as low drive voltages, high efficiency, flexible substrate, and so on.

有机电致发光器件（OLEDs）具有效率高，驱动电压低，可柔性化等优点。

Numerical simulation of carrier recombination characteristics in light-emitting devices

有机发光器件中载流子复合特性的数值模拟

The paper analyzes the effect of temperature and electric field on luminosity of an amorphous silicon carbon thin film light-emitting diode ( a-SiC: H TFLED), in terms of the transport model of carrier injection and recombination.

通过载流子注入和复合输运模型，分析比较了温度和电场对pin注入型非晶硅碳薄膜发光二极管（a-SiC：HTFLED）发光亮度的影响。

The main topic is the low efficiency for electron injection, thereby causing imbalance of carrier recombination, resulting in low efficiency of light-emitting device, so the aim of this thesis is to improve the electron injection efficiency and luminous efficiency of the device.

本课题主要是针对电子注入效率低引起的载流子复合不平衡，最终影响器件的发光效率这一问题，而进行的研究工作，主要目的就是提高器件的电子注入效率。

OLED ( Organic Light-Emitting Diode) is the next generation of solidstate lighting technology.

OLED（即有机发光二极管）是继LED之后的下一代固态照明技术。

Rather than the screens, sensors, microchips and Big Data typically employed by Smart City designers, Daan Roosegaarde works with a more fanciful tool kit: smog-eating machines, light-emitting plankton and solar-sensitive paint.

相比智慧城市设计师通常运用的屏幕、感应器、微芯片和大数据，丹·罗斯格德（Daan Roosegaarde）使用的工具更加别出心裁：吞噬雾霾的机器、发光浮游生物和太阳光敏油漆。

Progress in Full-Color Light-Emitting Organic and Polymer Electroluminescent Devices

有机、聚合物电致全色发光器件的研究进展

ZnO can be used to fabricate transparency electrode, piezoresistor, cell battery window, surface acoustic wave device, gas sensor and light-emitting diode etc.

它可以被用来制作透明电极、压敏电阻、太阳能电池窗口、表面声波器件、气体传感器、发光二极管等。