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Molecular Design, Synthesis and New Materials

Shock-Free Ferroelectric Liquid Crystal Compositions: Optimized Chiral Compounds and Their Mixing Ratio with Non-Chiral Components

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Pages 48/[570]-55/[577] | Published online: 14 Jun 2011

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Valeri Lapanik, Anatoly Lugovski & Sergei Timofeev. (2023) A new generation of ferroelectric liquid crystals with homogeneous and shock-stable orientation. Liquid Crystals 50:2, pages 203-209.
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K. Kurp, M. Tykarska, A. Drzewicz, V. Lapanik & G. Sasnouski. (2017) Effect of ferroelectric liquid crystalline quaterphenyl structure and handedness on helical pitch length in bicomponent mixtures. Liquid Crystals 44:4, pages 618-627.
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F. V. Podgornov, R. Wipf, B. Stühn, A. V. Ryzhkova & W. Haase. (2016) Low-frequency relaxation modes in ferroelectric liquid crystal/gold nanoparticle dispersion: impact of nanoparticle shape. Liquid Crystals 43:11, pages 1536-1547.
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Valeri Lapanik, Vladimir Bezborodov, Genadz Sasnouski & Wolfgang Haase. (2013) Thin ferroelectric liquid crystal layers: mechanical stability and fast electro-optical response, connection between molecule design and surface properties. Liquid Crystals 40:10, pages 1391-1397.
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V. Lapanik, V. Bezborodov, G. Sasnouski & W. Haase. (2012) Unique chiral compounds as part of mixtures with optimized properties for different types of FLCDs. Phase Transitions 85:10, pages 900-909.
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Articles from other publishers (1)

Valeri Lapanik & Sergei Timofeev. (2022) 47.2: A New Generation of LCD's Based on Ferroelectric Liquid Crystals Showing Uniform and Stable Orientation. SID Symposium Digest of Technical Papers 53:S1, pages 470-473.
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