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Molecular Crystals and Liquid Crystals Incorporating Nonlinear Optics Volume 165, 1988 - Issue 1
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Original Articles

The Twisted Nematic Effect: Liquid Crystal Displays and Liquid Crystal Materials

M. Schadt Central Research, F. Hoffmann-La Roche & Co., Ltd., CH-4002, Basel
Pages 405-438 | Received 16 Feb 1988, Published online: 03 Jan 2007

Citations (21)

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Tomoya Watanabe & Hiroyuki Okada. (2023) Young’s interference experiment using self-aligned liquid crystal optical control devices. Liquid Crystals 50:4, pages 691-699.
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Yuzhen Zhao, Yongming Zhang, Yang Zhao, Zemin He, Huimin Zhang & Zongcheng Miao. (2022) Electro-optical characteristics of cholesteric liquid crystal films based on CuS nanoparticles. Molecular Crystals and Liquid Crystals 738:1, pages 20-30.
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Seong-Woo Suh, Sung Tae Shin & Sin-Doo Lee. (1997) Homeotropic to Twisted Planar Transition in Nematic Liquid Crystals with Negative Dielectric Amsotropy. Molecular Crystals and Liquid Crystals Science and Technology. Section A. Molecular Crystals and Liquid Crystals 302:1, pages 163-168.
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Ulrike Behrens, Heinz-S. Kitzerow & Gouram Chilaya. (1994) Electro-optic effect in polymer-dispersed cholesteric liquid crystals with medium chirality. Liquid Crystals 17:4, pages 597-603.
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K. Praefcke, D. Singer & A. Eckert. (1994) Induction of nematic cholesteric (N∗) phases by charge transfer complexation of disc-shaped multiynes [1]. Liquid Crystals 16:1, pages 53-65.
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Heinz-S. Kitzerow. (1994) Polymer-dispersed liquid crystals From the nematic curvilinear aligned phase to ferroelectric films. Liquid Crystals 16:1, pages 1-31.
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C. L. Jackson & M. T. Shaw. (1991) Polymer liquid crystalline materials. International Materials Reviews 36:1, pages 165-186.
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P. Schiller. (1990) Equilibrium structures of planar nematic and cholesteric films in electric fields. Phase Transitions 29:2, pages 59-83.
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Articles from other publishers (13)

Tomoya Watanabe & Hiroyuki Okada. (2023) Optimization of measurement in self-aligned liquid crystal optical control devices with two-slit Young’s experiment. Japanese Journal of Applied Physics 63:2, pages 02SP03.
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Anyong Qing, Yizhe Zhao & Zhiyong ZhangAnyong Qing, Yizhe Zhao & Zhiyong Zhang. 2024. Microwaves, Millimeter Wave and Terahertz Liquid Crystals. Microwaves, Millimeter Wave and Terahertz Liquid Crystals 1 57 .
Zongcheng Miao & Dong Wang. (2022) An Electrically and Thermally Erasable Liquid Crystal Film Containing NIR Absorbent Carbon Nanotube. Molecules 27:2, pages 562.
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Che-Ju Hsu, Li-Jyuan Lin, Mao-Kun Huang & Chi-Yen Huang. (2017) Electro-optical Effect of Gold Nanoparticle Dispersed in Nematic Liquid Crystals. Crystals 7:10, pages 287.
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Tianyi Zhang, Chengmei Zhong & Jun Xu. (2009) CdS-Nanoparticle-Doped Liquid Crystal Displays Showing Low Threshold Voltage. Japanese Journal of Applied Physics 48:5R, pages 055002.
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Heinz-Siegfried Kitzerow & Christian Bahr. 2001. Chirality in Liquid Crystals. Chirality in Liquid Crystals 1 27 .
Martin Schadt. (1997) LIQUID CRYSTAL MATERIALS AND LIQUID CRYSTAL DISPLAYS. Annual Review of Materials Science 27:1, pages 305-379.
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Martin Schadt. (2010) Liquid Crystals in Information Technology. Berichte der Bunsengesellschaft für physikalische Chemie 97:10, pages 1213-1236.
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T Seideman. (1990) The liquid-crystalline blue phases. Reports on Progress in Physics 53:6, pages 659-706.
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J. F. Ogilvie. (2013) Mesophases II. Journal of the Chinese Chemical Society 36:6, pages 501-513.
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Rudolf Eidenschink. (2003) Liquid Crystals—New Compounds, New Applications. Angewandte Chemie International Edition in English 28:10, pages 1424-1429.
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Rudolf Eidenschink. (2006) Liquid Crystals—New Compounds, New Applications. Angewandte Chemie 101:10, pages 1454-1459.
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Rudolf Eidenschink. (2004) Liquid crystals— new compounds, new applications. Advanced Materials 1:10, pages 338-343.
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