更为先进的平板显示技术或许已经触发了手机，笔记本和电视的出现。
More advanced flat-panel display technology would also have trickled over to cell phones, laptops, and televisions.
无机电致发光(EL)平板显示是一项有着广泛应用前景的自发光型平板显示技术。
Inorganic electroluminescent (el) display is an emissive type of flat panel display technology with great potential for broader areas of application.
针对平板显示技术最新进展和技术特点，提出利用光学移像技术实现平板显示屏无缝拼接显示的方法。
Based on the latest development and technical characteristics of FPD technology, a method for producing seamless tiled FPD panels using optical image-shifting technology was put forward.
随着等离子体平板显示技术的不断进步，低制造成本、低功耗和高画面品质成为现在的PDP研究和发展趋势。
Along with the development of technology for PDP, nowadays research and study have been focusing on lower cost, more energy-efficient and higher display quality.
本文对当前国外研制平板显示技术的状况进行了综述，并对各种平板电视显示技术进行了对比，提出了今后研制的方向。
This paper describes the status of flat colour display techniques abroad and compares the techniques of several flat TV displays. Finally, it points out what will be developed in the future.
有机电致发光二极管显示技术与液晶、等离子等平板显示技术相比具有很多优势及市场竞争力，被称为第三代显示技术。
Organic Light-emitting Diode(OLED), possessing many kind of advantages, and market competitive potentials over LCD and PDP et al, is called the third generation display technology.
如果没有相应的技术和生产工艺，以上产品的最终面世将无从谈起，因为平板显示器是它们设计要点。
Without the technology and means of production, none of these designs had any chance of being produced, since the flat-panel screen was the most important element of each.
它利用内建于许多手机和平板电脑上的GPS和数字罗盘来直接标记这些站点在一个显示于设备屏幕的活跃的feed上——这是一项被称为AR (augmentedreality增强现实)的技术。
It USES the GPS and digital compass built into many phones and tablets to mark these sites directly on a live feed displayed on the device's screen-a technique known as augmented reality.
与此相佐证的是同时代的其它电脑制造商也没有应用LCD技术的产品出现，平板显示器的历史最终未能始于1980年代。
Couple this with the fact that other computer manufacturers did not have very many options for flat-panel displays either, the age of the flat-panel display never really happened during the 1980s.
新的全彩色显示器制造是主要的一在平板显示系统，照明技术的任务。
The manufacture of new full-color displays is one of the main tasks in flat-panel display systems and lighting technology.
主要从基本原理和技术突破方面论述了SED的相关知识，并介绍了SED与其它平板显示器相比在图像质量方面的优点。
The thesis is mainly about the SED related knowledge from the basic principle and technology breakthrough. Besides, it recommends some merits of SED in image quality, relative to others.
OLED是最有发展前景的显示器件之一，并且将会成为平板显示领域中的一种主流技术。
OLED is one of best of all development foreground display device, also it shall become a mainstream technology in flat plate domains.
第二章介绍了有关平板显示器驱动技术的基本原理和显示色度学相关的基础知识，同时给出函数逼近理论的基本概念。
In chapter two, the basic knowledge related to panel display drive technology and chromaticity is introduced. Some terminology of functions approximation theory is presented.
薄膜电致发光显示是平板显示的主要技术之一。
Thin film electroluminescent display is one of the main flat panel displays.
薄膜电致发光显示是平板显示的主要技术之一。
Thin film electroluminescent display is one of the main flat panel displays.
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