Optically Isotropic State in Bent Core Nematic Mixtures with Rod Like Molecules Induced by Direct Current Electric Field

One of the most important characteristic of the liquid crystal displays is the contrast of the generated images. The dark state of the display is a prerequisite for a high image contrast. Optically isotropic state was observed in bent core nematic mixtures containing rod like molecules induced by l...

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Main Authors: Hegde, Gurumurthy, Elamain, Omaima, Fodor-Csorba, Katalin, Komitov, Lachezar
Format: Article
Language:English
Published: AIP Publishing LLC. 2013
Subjects:
Online Access:http://umpir.ump.edu.my/id/eprint/5469/1/APL_dc_electric_field.pdf
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author Hegde, Gurumurthy
Elamain, Omaima
Fodor-Csorba, Katalin
Komitov, Lachezar
author_facet Hegde, Gurumurthy
Elamain, Omaima
Fodor-Csorba, Katalin
Komitov, Lachezar
author_sort Hegde, Gurumurthy
collection UMP
description One of the most important characteristic of the liquid crystal displays is the contrast of the generated images. The dark state of the display is a prerequisite for a high image contrast. Optically isotropic state was observed in bent core nematic mixtures containing rod like molecules induced by low applied dc electric field. It is found that the switching properties of these nematic mixtures depend on the concentration of the rod like molecules. Comparatively high concentrations of rod like molecules in the mixtures resulted in an improvement of the contrast and switching properties of the bent core nematic mixtures, thus demonstrating their potential for display applications.
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spelling UMPir54692018-05-17T07:02:44Z http://umpir.ump.edu.my/id/eprint/5469/ Optically Isotropic State in Bent Core Nematic Mixtures with Rod Like Molecules Induced by Direct Current Electric Field Hegde, Gurumurthy Elamain, Omaima Fodor-Csorba, Katalin Komitov, Lachezar QC Physics One of the most important characteristic of the liquid crystal displays is the contrast of the generated images. The dark state of the display is a prerequisite for a high image contrast. Optically isotropic state was observed in bent core nematic mixtures containing rod like molecules induced by low applied dc electric field. It is found that the switching properties of these nematic mixtures depend on the concentration of the rod like molecules. Comparatively high concentrations of rod like molecules in the mixtures resulted in an improvement of the contrast and switching properties of the bent core nematic mixtures, thus demonstrating their potential for display applications. AIP Publishing LLC. 2013-10-14 Article PeerReviewed application/pdf en http://umpir.ump.edu.my/id/eprint/5469/1/APL_dc_electric_field.pdf Hegde, Gurumurthy and Elamain, Omaima and Fodor-Csorba, Katalin and Komitov, Lachezar (2013) Optically Isotropic State in Bent Core Nematic Mixtures with Rod Like Molecules Induced by Direct Current Electric Field. Applied Physics Letters, 103 (16). pp. 163501-1. ISSN 0003-6951 (print); 1077-3118 (online). (Published) http://dx.doi.org/10.1063/1.4824974 DOI: 10.1063/1.4824974
spellingShingle QC Physics
Hegde, Gurumurthy
Elamain, Omaima
Fodor-Csorba, Katalin
Komitov, Lachezar
Optically Isotropic State in Bent Core Nematic Mixtures with Rod Like Molecules Induced by Direct Current Electric Field
title Optically Isotropic State in Bent Core Nematic Mixtures with Rod Like Molecules Induced by Direct Current Electric Field
title_full Optically Isotropic State in Bent Core Nematic Mixtures with Rod Like Molecules Induced by Direct Current Electric Field
title_fullStr Optically Isotropic State in Bent Core Nematic Mixtures with Rod Like Molecules Induced by Direct Current Electric Field
title_full_unstemmed Optically Isotropic State in Bent Core Nematic Mixtures with Rod Like Molecules Induced by Direct Current Electric Field
title_short Optically Isotropic State in Bent Core Nematic Mixtures with Rod Like Molecules Induced by Direct Current Electric Field
title_sort optically isotropic state in bent core nematic mixtures with rod like molecules induced by direct current electric field
topic QC Physics
url http://umpir.ump.edu.my/id/eprint/5469/1/APL_dc_electric_field.pdf
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