Pattern formation at a nematic-isotropic liquid crystal interface: Philosophical Magazine B: Vol 78, No 2

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Abstract

Directional growth at a nematic-isotropic liquid crystal interface shows large quantitative discrepancies when described by the Mullins-Sekerka theory for the planar front, which satisfactorily describes other directional solidification systems. We have addressed these unresolved issues and focused on three-dimensional effects.

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Pattern formation at a nematic-isotropic liquid crystal interface

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Pattern formation at a nematic-isotropic liquid crystal interface

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