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The influence of different contents of cholesteryl nonanoate (NC) on the properties of liquid nematic crystals is reported. The transmission spectra are recorded with and without dc field. When the quantity of NC is higher, the conductivity is lower and the voltage threshold of dynamic scattering increases. The decay of transmission with increasing voltage is accelerated in the presence of small quantities of NC, compared to that of pure nematic substance.
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Kerlleñevich et al. (1971) studied this question.
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