2004年LCD和OLED市场将持续增长

继2003年的耀眼表现后,LCD面板市场是否能在2004年再度辉煌?iSuppli／Stanford Resources预计,2004年全球LCD面板市场营收有望实现470亿美元,比2003年的357亿美元增长32％。而2003年增幅为27．9％。     

军用柔性显示器的发展

美国军队长期以来一直肯定显示技术在军队系统中所发挥的重要作用,持续支持发展当前的平板显示技术。可折叠显示技术可提供一个比玻璃基显示器更有利的军队应用,因此,美国军队正在支持柔性显示器的研发设计以加速其商品化进程。     

OLED显示器正在为更多应用领域接受

随着自身技术的改进，OLED(有机发光二极管)正在为更多应用领域接受，使用OLED作为显示器的电子产品种类越来越多。虽然OLED在一些小尺寸显示屏幕中正在逐渐向液晶显示器(LCD)发出挑战，但市场分析人士认为，在未来十年内OLED还难以取代LCD成为笔记本电脑和电视显示器的主流技术。     

有机显示器和电子器件的柔性基板和封装

尽管柔性显示技术面临性能的挑战,第一款商业化的产品仍计划在2006-2007年度投入市场。     

有机显示器和电子器件的柔性基板和封装

尽管柔性显示技术面临性能的挑战，第一款商业化的产品仍计划在2006-2007年度投入市场。     

有机显示器和电子器件的柔性基板和封装

尽管柔性显示技术面临性能的挑战,第一款商业化的产品仍计划在2006-2007年度投入市场.     

液晶显示器可能主导未来显示器市场

7月10日至11日，由中国移动通信集团公司与IBC亚洲洧限公司共同主办的第六届中国GSM年会在京开幕。这是本年度GSM业界的一大盛事，大会得到了来自国内外的众多知名通信运营商、电信设备制造商、内容服务提供商、科研机构以及有关单位的积极响应。信息产业部、科技部有关领导以及GSM MoU(GSM国际联盟)组织代表等出席了会议。中国移动通信集团公司总工程师李默芳主持了本届大会的开幕式，并作题为“中国移动近期发展”的重要报告。     

柔性有源OLED显示器制造几点技术方面的考虑

AMOLED在柔性显示领域前途似锦。LG显示展示了一款全彩4in柔性AMOLED样机,衬底为80μm厚的不锈钢薄片,曲率达到5cm弯曲半径。本文就此项柔性显示技术所面临的挑战进行了探讨．包括柔性衬底衬底的传送、如何获得特性稳定可靠的TFT以使OLED的亮度和一致性适用于此项技术的商业化推广。     

柔性显示器

本文介绍了柔性显示器的特点、应用和技术发展现况，并简述了它的发展前景。     

New cholesteric liquid crystals for displays

A new optically active biphenyl compound has been synthetised. By incorporating this in certain biphenyl nematogens, a chemically/photochemically stable room-temperature cholesteric liquid crystal is produced. This is of positive dielectric anisotropy and gives the cholesteric-nematic electro-optical phase-change effect.     

New family of nematic liquid crystals for displays

New organic compounds of positive dielectric anisotropy giving nematic liquid crystals at room temperature, either as the pure compounds or in admixture, are described. These materials are of improved stability, and function well in electro-optical devices based on the twisted-nematic or cholesteric-nematic phase-change effects.     

New low-melting cholesterogens for electro-optical displays and surface thermography

New optically active biphenyl compounds have been synthesised. Low-melting mixtures with biphenyl nematogens give stable, room-temperature cholesteric liquid crystals of positive dielectric anisotropy. These give the cholesteric-nematic electro-optical phase-change effect. Mixtures of the new compounds exhibit thermochromism?selective reflection of light varying with temperature.     

新技术的结晶:头盔显示器

头盔显示器（Ｈｅｌｍｅｔ－Ｍｏｕｎｔｅｄ Ｄｉｓｐｌａｙｓ，ＨＭＤ）由１９６８年哈佛大学的Ｉｖａｎ Ｓｕｔｈｅｒｌａｎｄ首先提出，并设计出应用ＣＲＴ的名为达摩克里斯之剑的头盔显示器。经过３０年的发展，头盔显示器取得了巨大的进步和广泛的应用。特别是在微型液晶显示器、虚拟现实（ＶＲ）、袖珍计算机、可视移动电话以及现代数字化部队的装备中的逐渐普及，使得头盔显示器在这些领域中占据了重要的地位。 头盔显示器应用 无论是要求在现实世界的视场上同时看到需要的数据，还是要体验视觉图像变化时全身心投入的临场感，模拟训…     

Plasma displays

Gas discharge displays (or plasma displays, as they are now frequently called) have evolved into two distinct forms. In dc displays, exciting electrodes are immersed in the gas, and currents are usually unidirectional. In ac displays, electrodes are separated from the gas by dielectrics. Contributions to both forms of display are discussed with particular emphasis on the conception and early history of the ac Display.     

Three-dimensional displays

Three-dimensional display techniques can be classified as binocular and autostereoscopic types, still and animated types, nontransmitted and transmitted types, and nonholographic and holographic types. This paper deals mainly with autostereoscopic still nontransmitted techniques. Holographic and nonholographic tecniques are described on about equal footing. For the sake of brevity, emphasis is placed upon those techniques that appeared in the past several years. However, some old techniques of historical and/or practical importance are also mentioned because rather few textbooks are available in this field. In the final part, state of the art of three-dimensional display for animated and transmitted images (three-dimensional television) is described. Speculations on the direction of the development are presented.     

Dye-type liquid-crystal displays

The progress of dye technologies for liquid-crystal display, which have been greatly expected to provide new characteristics to the LCD have been reviewed. First, we discuss optical properties of the cholesteric medium and their application to phase change guest-host LCD's. The electrooptical properties of this dye-type display are reviewed from the viewpoint of multiplexability, which is one of the key factors for real application. Basic technologies for a dye-type LCD such as the dye itself and the host LC are also discussed. Finally, we propose a new field of application for dye-type LCD's.