Influence of solubilized stilbene derivatives intrans andcis configuration on the phase equilibrium hexagonal ?isotropic in potassium octanoate ?water systems: Light-induced isothermal switching of clearing points

Nees, Dieter; Wolff, Thomas

doi:10.1007/bf00654751

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Photo-induced Aggregation Changes Involving Liquid Crystal P1

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“…Such aggregation change implies the transition from a highly organized structure, with at least one (lamellar), two (hexagonal and rectangular) or three (cubic) dimensional translational order, into a much simpler isotropic (micellar) phase with no directional order. (125)(126)(127)(128)(129)(130). Different kinds of phase transitions have been achieved, for example, from micellar isotropic to hexagonal (126)(127)(128)(129), nematic (127)(128)(129)(130)(131), inverse hexagonal (125,127), and lamellar phases (125,130).…”

Section: Photo-induced Aggregation Changes Involving Liquid Crystal Pmentioning

confidence: 99%

Changes in self-assemblies induced by temperature concentration and light

González‐Pérez

2013

Front Biosci

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In this review, changes in aggregation induced by thermodynamic parameters, namely concentration and temperature are discussed. Most of these changes are concerned with sphere-to-rod transitions. On the other hand, the use of an external trigger such as light can induce large aggregation changes in photosurfactant systems. This is discussed in the second part of this review and several examples of light-induced aggregation changes are included, demonstrating the usefulness of this approach.

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