oleds
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- 网络有机发光二极管；机电致发光器件；有机发光二极体
例句
Organic light emitting devices (OLEDs) have been used in flat-panel displays and lighting with a near-30-year development.
有机电致发光器件（OLED）经过近三十年的发展，已经在照明和显示上得到一定程度的应用。
The invention relates to a lighting device (10) with a light emitter (1) that comprises OLEDs of at least two different primary colors.
本发明涉及具有光发射器（1）的照明设备（10），所述光发射器包括至少两种不同基色的OLED。
LEDs made of organic materials, called OLEDs, promise even more revolutionary design possibilities.
由有机材料做成的LED被称为OLED，它展示了更多创新设计的可能性。
So far, OLEDs are mainly used as displays in products like mobile phones, illuminated signs and certain televisions.
迄今为止，OLEDs主要应用于作为产品的显示屏，如手机的显示屏，荧光屏和某些电视屏。
But LEDs and OLEDs have so far failed to make serious inroads into residential and commercial lighting primarily because of cost and color.
但是，在家用和商用领域，成本和光色一直制约着LED和OLED的发展。
The characteristics of OLEDs with various thicknesses of organic layer were compared in operating voltage and electroluminescent efficiency.
改变有机层的厚度，比较不同厚度下OLED的各项性能的差异，包括工作电压，发光效率。
Much work remains before OLEDs can be considered a player in the display and lighting markets.
在OLED产品被视为显示和照明市场的一个重要组成部分之前，仍有大量工作需要做。
Indeed, they promise to be brighter even than OLEDs and may displace them completely.
确实，它们甚至能亮过有机发光两极管，并且可以进行整体置换。
Dr Bertram is hopeful that mains-powered OLEDs will be commercialised in the next few years.
Bertram博士希望在后几年里，电力网供电的OLEDs会商业化起来。
Especially, OLEDs also have great potential for backlights in flat-panel displays and general solid state lighting application.
尤其作为平板显示中的背光源及一般的固态照明有很大的应用前景。
Effective structures of bottom electrodes, one anode structure and one cathode structure, are developed for top-emitting OLEDs.
本论文提出可应用于上发光型有机发光元件之下电极阳极及下电极阴极结构。
The new technology employs organic light emitting diodes, or OLEDs, tiny thin films that create light in response to electrical current.
新技术采用有机光发射二极管（OLED）薄膜在电流的响应下产生光辐射。
Unfortunately, large OLED screens are costly to make and OLEDs tend not to last as long as standard LEDs.
但不幸的是，大尺寸OLED显示屏制造费用昂贵而且其寿命没有标准LED长。
Because OLEDs can be made extremely thin and flexible, their use in lighting will be different.
正因为OLEDs能够被制作的极薄以及非常有韧性，它们在灯光上的用途将会大有不同。
In this article, we discuss the recent developments and applications of red, green, blue and white electrophosphorescent materials in OLEDs.
本篇文章中，我们将介绍目前的红、绿、蓝及白磷光材料及其发展与应用。
Without having to squeeze in transistors right next door to the OLEDs, more area is devoted to emitting light.
由于不需要把晶体管压缩到OLED旁边，更多空间可用来辐射光。
Now another new source of lighting, organic light-emitting diodes (OLEDs), is starting to take the spotlight.
现在，灯光的另外一种新来源，绿色发光二极管（OLEDs），闪亮登场。
Organic LEDs (OLEDs) will penetrate this market slowly due to their high cost structure.
有机二极管由于其高成本结构将缓慢渗透进入这一市场。
And transparent OLEDs mean they could also be put into windows.
况且，透明的OLEDs，意思是它们也可以镶嵌在窗户里。
The light emitter (1) may particularly be composed of concentric rings of different OLEDs.
光发射器（1）特别地可以由不同OLED的同心环组成。
One type of emissive display that already exists is based on organic light-emitting diodes (OLEDs).
目前现有的一种放射性显示屏是基于有机的发光二极管。
As with electronic paper and OLEDs, it is certainly worth keeping an eye on.
当然，电子纸和OLED技术同样也值得我们期待。
OLEDs are, however, awkward to make.
然而，有机发光二极管的制造非常困难。
Unfortunately, no one yet knows how to make OLEDs properly.
不幸的是，还没有发明正确的工艺来制造OLEDS。
I don't think we'll see flexible active-matrix OLEDs in any volume before the second half of 2012, and maybe not then.
我认为我们在2012年下半年之前不会看到任何批量生产的柔性有源矩阵OLED，也许到那时也不会看到。
OLEDs possess many advantages, such as full solid device, fast response, flexible display, and so on.
OLED具有全固态、响应速度快、易于实现柔性显示等优点。
Investigation of the recombination efficiency and recombination zone in bilayer OLEDs
双层有机发光二极管中复合效率和复合区域宽度的研究
Improvement of Blue OLEDs Performance by Adjusting the Thickness of Hole Transport Layer
调整空穴传输层厚度改善蓝光有机器件的性能
High Efficiency OLEDs with ZnO As a Hole-injecting Buffer Layer
以ZnO为空穴缓冲层的高效率有机电致发光器件
Preparation high luminance yellow OLEDs with dopant
利用掺杂制备高亮度的黄光器件
