Publication | Closed Access
Lyotropic mesophase of imogolite, 1. Effect of polydispersity on phase diagram
72
Citations
16
References
1986
Year
Materials ScienceImogolite SolutionsChemical EngineeringEngineeringCrystal MaterialRod LengthsPhase EquilibriumPolymer ScienceCrystal FormationThermodynamicsChemistryPhase SeparationSoft MatterAcidic Aqueous SolutionLyotropic MesophaseCrystallographyPhase DiagramSolution (Chemistry)
Abstract The acidic aqueous solution of imogolite is proposed to be an ideal lyotropic system. No temperature dependence was marked on the two phase boundary concentrations (A and B points) of imogolite solutions as predicted by the theories of Flory and Onsager. A satisfactory quantitative agreement was observed with Onsager's theory. The polydispersity of rod lengths was found to shift the A point towards lower concentrations than expected from theory.
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