Dynamic Properties of Polymer Stabilised Pi-Cells

The influence of the polymer network on the dynamic switching behaviour of polymer-stabilised pi-cell devices is investigated in detail. The stabilisation technique is shown experimentally to increase the relaxation and switch-on times of the device when small concentrations of polymer are used. Mod...

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Published inMolecular crystals and liquid crystals (Philadelphia, Pa. : 2003) Vol. 476; no. 1; pp. 165/[411] - 179/[425]
Main Authors Brimicombe, P. D., Elston, S. J., Raynes, E. P.
Format Journal Article
LanguageEnglish
Published Taylor & Francis Group 11.12.2007
Subjects
fast-switching liquid crystal devices
pi-cell
polymer-stabilised liquid crystal device
reactive mesogen
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Abstract The influence of the polymer network on the dynamic switching behaviour of polymer-stabilised pi-cell devices is investigated in detail. The stabilisation technique is shown experimentally to increase the relaxation and switch-on times of the device when small concentrations of polymer are used. Modelling of the device indicates that this is due to the polymer network suppressing the fluid flow during switching. A comparison between a conventional pi-cell and a polymer-stabilised device with the same switchable range of transmission indicates that addition of the polymer network increases the relaxation time by 1.7 times.
AbstractList The influence of the polymer network on the dynamic switching behaviour of polymer-stabilised pi-cell devices is investigated in detail. The stabilisation technique is shown experimentally to increase the relaxation and switch-on times of the device when small concentrations of polymer are used. Modelling of the device indicates that this is due to the polymer network suppressing the fluid flow during switching. A comparison between a conventional pi-cell and a polymer-stabilised device with the same switchable range of transmission indicates that addition of the polymer network increases the relaxation time by 1.7 times.
Author Elston, S. J.
Brimicombe, P. D.
Raynes, E. P.
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Snippet The influence of the polymer network on the dynamic switching behaviour of polymer-stabilised pi-cell devices is investigated in detail. The stabilisation...
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SubjectTerms fast-switching liquid crystal devices
pi-cell
polymer-stabilised liquid crystal device
reactive mesogen
Title Dynamic Properties of Polymer Stabilised Pi-Cells
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