Applications flat panel displays

M Leadbeater, N Patel, B Tierney, S O Connor, I Grizzi, and C Towns, Blue LEP-OLED with 30,000 hours lifetime for flat panel display applications, SID Digest Tech. Pap., 35 162-163, 2004. 

B.H. Lee, I.G. Kim, S.W. Cho, and S.H. Lee, Effect of process parameters on the characteristics of indium tin oxide thin film for flat panel display application, Thin Solid Films, 302 25-30, 1997. 

Shiiki M, Imaizumi J, Miyata T, Chinda A. Materials and components for flat panel display applications. Hitachi Review. 2006 Vol. 55(No. 1). 

It is our belief that block copolymers containing LC segments are materials with novel and unencountered properties which will offer great opportunities for developing high performance materials. Here we would like to give two examples. One example is a microphase stabilized ferroelectric liquid crystal (MSFLC) [109] for potential flat panel display applications, while the other is a material for stable, low surface energy [110] application. 

Initial doping studies of ZnS were run with the idea of forming phosphor screens for flat-panel display applications [54], as noted earlier. Some of the most important... 

Polymer-dispersed chiral liquid crystals and polymer stabilized chiral liquid crystals are very promising materials for flat panel display applications allowing us to make thin, adapted to plastic, low-power consumption, lightweight displays particularly useful for numerous portable applications. The application potential of these materials has driven several basic scientific studies in this area. The particular area of interest addressed in this chapter is how confinement can modify the macroscopic and microscopic ordering of chiral nematics. Even in one of the simplest confined systems, where a chiral... 

LED), reported in 1990. This fact, associated with the potential advantages of electroluminescent polymers for flat-panel display applications, has provided the necessary background for a worldwide rapid increase in the interdisciplinaty research activities on... 

TVE monomer can be solution advanced at 150°C in typical solvents to a precisely controlled viscosity, molecular weight, and polydispersity." The prenetwork branched oligomer solutions can be spin-coated and cured giving optically clear films which exhibit exceptional planarization and gap fill in microelectronics and flat panel display applications. Structures can also be molded from the melt and mechanical properties such as tensile and flexural moduli for the TVE thermoset (both near 2300 MPa) have been measured. ... 

The range of flat-panel display applications from initially reflective black/white TN-LCDs rapidly broadened. Backlighting, brighter polarizers, polarized reflectors, color filters, optical retarders, and wide-view films were developed and integrated into TN-LCDs. Progress made in device physics and LC materials enabled medium information content TN-LCDs with increased fields of view for games, office equipment, and digital car dashboards [3-5]. A further step towards... 

Cina S, Baynes N, Moons E, Friend RH, Burroughes JH, Towns CR, et al. New efficient hght-emitting polymer diode for flat-panel display applications. 2001 221-8. 

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