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LIQUID CRYSTAL MATERIALS AND LIQUID CRYSTAL DISPLAYS
Annual Review of Materials Science, 1997▪ Abstract  Since the early 1970s, three major prerequisites have brought the success of the liquid crystal display (LCD) technology to its key role of today. Namely, the discovery of electro-optical field-effects on which the displays are based, the successful search for liquid crystals (LCs) with material properties that meet the complex ...
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Liquid Crystals and Liquid Crystal Displays
2014Liquid crystal displays are used in a wide range of consumer goods, for example, flat panel televisions, smartphones, notebook computers and in-vehicle navigation displays. The development and uses for liquid crystalline materials in electronic displays is described in this chapter, with an emphasis on publications from the patent literature, a primary
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Journal of Vacuum Science and Technology, 1973
The various steps in the application of liquid crystals to displays are reviewed. First, the general classifications of liquid crystals and some common compounds are presented. Then, electrode materials and techniques for cell construction are discussed. Next, the diverse surface orientation methods are discussed.
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The various steps in the application of liquid crystals to displays are reviewed. First, the general classifications of liquid crystals and some common compounds are presented. Then, electrode materials and techniques for cell construction are discussed. Next, the diverse surface orientation methods are discussed.
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Liquid crystals in display devices
Uspekhi Fizicheskih Nauk, 1972A A Groshev, V B Sergeev
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2018
Over the past half century, liquid crystal displays (LCDs) have grown to be one of the most successful optoelectronic technologies, becoming an integral part of communication devices and often an enabling technology. This success has required many adaptions to meet the requirements of everincreasing complexity and performance.
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Over the past half century, liquid crystal displays (LCDs) have grown to be one of the most successful optoelectronic technologies, becoming an integral part of communication devices and often an enabling technology. This success has required many adaptions to meet the requirements of everincreasing complexity and performance.
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IEEE Potentials, 1998
The author begins with an introduction to the study of liquid crystals and goes on to consider their use as liquid crystal displays. The processes involved and their operation and evolution are also considered.
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The author begins with an introduction to the study of liquid crystals and goes on to consider their use as liquid crystal displays. The processes involved and their operation and evolution are also considered.
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Physics World, 1993
Liquid crystals (LCs) have been known for more than 100 years, but only in the last 25 years have they emerged from being a laboratory curiosity to being the core of display technology. The science of LCs underpins the displays revolution: LCDs find application from cars to cockpits, calculators to computers.
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Liquid crystals (LCs) have been known for more than 100 years, but only in the last 25 years have they emerged from being a laboratory curiosity to being the core of display technology. The science of LCs underpins the displays revolution: LCDs find application from cars to cockpits, calculators to computers.
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Utilization of liquid crystal display (LCD) glass waste in concrete: A review
Cement and Concrete Composites, 2022Doo-Yeol Yoo +2 more
exaly
2012
This liquid crystal display includes a liquid crystal panel (13), a substrate (22) including a mounting surface (22a) mounted with a light-emitting device (21) and a light guide (23) including an upper inner side surface (23c) of a through-hole (23b) arranged to be opposed to the mounting surface for receiving light emitted by the light-emitting diode,
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This liquid crystal display includes a liquid crystal panel (13), a substrate (22) including a mounting surface (22a) mounted with a light-emitting device (21) and a light guide (23) including an upper inner side surface (23c) of a through-hole (23b) arranged to be opposed to the mounting surface for receiving light emitted by the light-emitting diode,
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