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Displays flexible

Mokhoff, N. 2007. E-paper, flexible displays creep closer to market. EE... [Pg.28]

Allen, K. J. 2005. Reel to real Prospects for flexible displays. Proc. IEEE 93 1394-1399. [Pg.28]

MacDonald, B. 2007. Developments in polyester film for flexible electronics. 2007 Flexible Displays and Microelectronics Conference (Phoenix, AZ Feb. 5-8, 2007), p. 15.1. [Pg.30]

This requires low cost and flexible displays, some of which are a sort of microsystem. Competition may come from OLEDs or from different types of LCD displays. [Pg.225]

OLED on an Al-PET substrate. The device performance does not deteriorate after repeated bending, suggesting that there is no significant stress-induced change in the characteristics of the OLEDs fabricated on PET foil [71,82]. The results demonstrate the feasibility of fabricating flexible displays using a variety of plastic substrates including metal-laminated plastic foils, or a metal film sandwiched between two plastic foils. The flexible device structures enable a display to conform, bend, or roll into any shape and thus make possible other product concepts. [Pg.516]

FUTURE GENERATION VAPOR-DEPOSITED ORGANIC DEVICES 7.6.1 Flexible Displays... [Pg.553]

Films—Films have been formed from CNTs that are high strength, conductive, and transparent. They are being investigated for use in LCDs, photovoltaic devices, flexible displays (foldable TV screens) and touch screens, and are intended to replace indium tin oxide (ITO) in many applications. [Pg.414]

More recently, the 5-5 heterocyclic system has found application in the preparation of -type organic field effect transistors, which are currently receiving much attention for applications such as flexible displays, low-cost electronic papers, and smart memory-sensor elements. The most recent examples are molecules prepared by Yamashita, who has prepared the planar, perfluorinated thiazolothiazole molecules 169-171 to this end <2004CL1170, 2005JA5336, 2004JMC1787>. [Pg.185]

It is interesting to contrast these films with the other films being considered for flexible electronics especially for the higher performance flexible display market. The main candidates are shown in Fig. 7.2 which lists the substrates on the basis of increasing glass transition temperature (Tg) [5, 6],... [Pg.165]

Performance and Reliability of Solution-processed OTFTs for Applications in Flexible Displays... [Pg.314]

Mach, P. Rodriquez, S.J. Nortrup, R. Wiltzius, P. and Rogers, J.A. (2001) Monolithically integrated flexible display of polymer-dispersed liquid crystal driven by rubber-stamped organic thin-film transistors. Appl. Phys. Lett., 78, 3592-3594. [Pg.365]

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See also in sourсe #XX -- [ Pg.597 ]



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