In a micro-channel, pumping graphene oxide nematic liquid crystal increases the scattered light intensity and induced birefringence, with higher volume fractions saturating sooner.
Dynamic in-situ sensing of fluid-dispersed 2d materials integrated on microfluidic si chip,
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Light scattering through the graphene oxide liquid crystal in a micro-channel
In a micro-channel, pumping graphene oxide nematic liquid crystal increases the scattered light intensity and induced birefringence, with higher volume fractions saturating sooner.