Topological evolution in the ordered and isotropic phases of a lyotropic system
TL;DRAbstract
In this review, after a brief overview of fundamental concepts involved in describing the geometrical properties of surfactant aggregates I summarize some results obtained recently by indirect studies on the topology changes in the well-known non-ionic lyotropic system C12EO6/H2O by measuring the diffusion constants of tracer molecules in the mesophases and by high-frequency rheology in the isotropic phase.
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In this review, after a brief overview of fundamental concepts involved in describing the geometrical properties of surfactant aggregates I summarize some results obtained recently by indirect studies on the topology changes in the well-known non-ionic lyotropic system C12EO6/H2O by measuring the diffusion constants of tracer molecules in the mesophases and by high-frequency rheology in the isotropic phase.
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