Ferroelectric properties of LC systems including chiral dopants with different molecular structure

— New ferroelectric liquid crystals (FLCs) on the basis of the eutectic mixture of phenylbenzoate derivatives including chiral components (CCs) with a different number and position of carbonyl groups in their molecular core have been investigated. The ferroelectric characteristics such as the sponta...

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Published in:Journal of the Society for Information Display 2007-11, Vol.15 (11), p.943-946
Main Authors: Shkolnikova, Nataliya I., Kutulya, Lidiya A., Drushlyak, Tatyana G., Pivnenko, Nikolay S., Popova, Ekaterina V., Kopeychenko, Evgene Yu
Format: Article
Language:English
Subjects:
carbonyl groups
Ferroelectric liquid crystal
repolarization time
rotational viscosity
smectic tilt angle
spontaneous polarization
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creator Shkolnikova, Nataliya I.
Kutulya, Lidiya A.
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Pivnenko, Nikolay S.
Popova, Ekaterina V.
Kopeychenko, Evgene Yu
description — New ferroelectric liquid crystals (FLCs) on the basis of the eutectic mixture of phenylbenzoate derivatives including chiral components (CCs) with a different number and position of carbonyl groups in their molecular core have been investigated. The ferroelectric characteristics such as the spontaneous polarization, smectic tilt angle, rotational viscosity, and repolarization time as well as their concentration dependences are analyzed. On the basis of the previous and obtained results, the influence of peculiarities of the molecular structure of CCs on mentioned properties of FLCs are generalized.
doi_str_mv 10.1889/1.2812996
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The ferroelectric characteristics such as the spontaneous polarization, smectic tilt angle, rotational viscosity, and repolarization time as well as their concentration dependences are analyzed. 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subjects carbonyl groups
Ferroelectric liquid crystal
repolarization time
rotational viscosity
smectic tilt angle
spontaneous polarization
title Ferroelectric properties of LC systems including chiral dopants with different molecular structure
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