Non-Aqueous Lyotropic Liquid Crystals From Amphiphiles
Stig E. Friberg, Yuh-Chirn Liang, Frances E. Lockwood
Abstract
Stig E. Friberg, Yuh-Chirn Liang, Frances E. Lockwood
Abstract
Most of the literature on lyotropic liquid crystals of moderate size amphiphilic molecules has been concerned with aqueous systems; the only exception being the early observation by Winsor that some amphiphiles formed liquid crystals in their native state at room temperature. Recently, a whole series of liquid crystalline structures has been introduced in which water has been replaced with a polar organic solvent to bring the mesomorphic state. A short review is given about the structure and dynamics in such systems.
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Most of the literature on lyotropic liquid crystals of moderate size amphiphilic molecules has been concerned with aqueous systems; the only exception being the early observation by Winsor that some amphiphiles formed liquid crystals in their native state at room temperature. Recently, a whole series of liquid crystalline structures has been introduced in which water has been replaced with a polar organic solvent to bring the mesomorphic state. A short review is given about the structure and dynamics in such systems.
Key concepts: Amphiphile, Lyotropic, Lyotropic liquid crystal, Amphiphilic molecule, Aqueous solution, Polar, Solvent, Liquid crystal