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- W809803399 abstract "During last forty years a lot of research and development has been done in the field of liquid crystals (LCs) for their use in display applications. The key features required for this application are flatness, low power consumption, compactness leading to low weight and full color capability [1]. The guest–host liquid crystal displays (GH LCD) [2] that use a LC–dye mixture, have received much attention because of its wide viewing angle, day light readability, high brightness and no requirement of polarizers. Nematic liquid crystals (NLC) are the most commonly used LC materials in the modern display industry [3, 4]. A single LC compound cannot fulfill all the requirements of suitable parameters for the displays. Therefore guest–host mixtures of LCs have been used because of their potential application in displays and other optoelectronic devices [5]. The interest in the liquid crystals as electro-optic and photo-optic materials has increased further when it was realized that the photo-induced effect could be enhanced by an order of magnitude with the addition of minute amounts of absorbing dyes. However the details of the microscopic mechanism involved are still not clearly understood and quite often experimental results still reveal unexpected behaviors [6–9]. The addition of absorbing dyes to NLCs, even in small concentrations, introduces new orienting mechanisms [6]. Dye doped liquid crystalline systems have indeed been the subject of intense studies in recent decades [10–12]. Mixing of carbon nanotubes (CNTs) in LC host is the recent development towards the modification of physical properties of LCs by doping non-mesogenic molecules [13, 14]. The quality of GH LCDs strongly depends on the molecular interaction between the molecules of host liq-" @default.
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- W809803399 date "2011-06-01" @default.
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- W809803399 title "Electro-Optical Behavior of Dye Doped Nematic Liquid Crystal" @default.
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- W809803399 doi "https://doi.org/10.12693/aphyspola.119.824" @default.
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