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电子纸显示技术的应用与市场情况 被引量:9

Applications and Market State of Electronic Paper Display Technologies
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摘要 众多的电子纸显示技术为高画质的类纸显示提供了选择,并受到越来越多研究人员和产品制造商的关注。电子纸显示技术发展迅猛并已快速步入市场化,在电子阅读器、手机、公告牌、标签等方面得到了广泛应用。今年6月以来,两个月内就有至少7家公司推出了自己的电子阅读器。据预测,从2008年到2020年,电子纸的市场规模将从7000万美元增加到70亿美元,增长100倍,年复合增长率高达47%。电子纸显示技术的市场将上演一场争夺战。 More electronic paper technologies provided more choices for high image quality paper-like displays. Researchers and manufacturers focused more interest on E-paper devices. Electronic paper display technology developed so fast that their applications became more public in E-book, cell phone, bulletin board, label, and so on. Over 6 companies released their E-books in this 2 months from June. Displaybank predicted the electronic paper market to grow 100 times from $70 million in 2008 to $7 billion by 2020-representing a compound annual growth rate (CAGR) of approximately 47%. More battles for electronic paper display market are coming on.
出处 《光机电信息》 2009年第11期17-29,共13页 OME Information
基金 国家"863"计划资助项目(No.2008AA03A334)
关键词 电子纸 显示 应用 市场 electronic paper display application market state
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  • 1许秉职.未来的阅读方式:电子纸从梦想走进现实[J].微型计算机,2006(28):86-89. 被引量:2
  • 2方志辉.电子纸对图书馆及上下游环境的影响[J].山东图书馆季刊,2006(4):60-63. 被引量:6
  • 3Lu Chiming, Wey Chinlong. A controller design for microcapsule active matrix electrophoretic displays [J]. J Dis Techn,2011,7(8) :434.
  • 4Lenssen K M H, Baesjou P J, Budzelaar F P M,et al. Novel concept for full-color electronic paper[J]. J Soc In Display, 2009,17(4)383.
  • 5Jentseh M, Rawert J, Jeroseh D,et al. "No power" (green) eleetrowetting display[C]// Proceedings of SPIE-The International Society for Optical Engineering. USA,2011 :8065.
  • 6Jason Heikenfeld, Paul Drzaic, et al. Review paper: A criti cal review of the present and future prospects for electronic paper[J]. J Soe Inf Display,2011,19(2) : 129.
  • 7Jakubowska M, Sloma M, Mlozniak A. Printed Iransparent electrodes containing carbon nanotubes for elastic circuits applications with enhanced electrical durability under severe conditions[J]. Mater Sci gng B: Adv Funct Solid State Mater, 2011,176(4) : 358.
  • 8Zhao Q A, Tan T F, Qi P, et al. Preparation and surface encapsulation of hollow TiO nanoparticles for elect rophorelic displays[J]. Appl Surf Sci, 2011,257(8) : 3499.
  • 9Christophersen M, Phlips B F. Recent patenls on electrophoretic displays and materials[J]. Recent Patents Nanotechn,2010,4(3) : 137.
  • 10Higuchi M. Creation of organic-metallic hybrid polymers with electrochromic properties and the device application to displays[J]. J Synth Org Chem Japan, 2011,69 (3) : 229.

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