Vesicle phase that is prepared by shear from a novel kinetically produced stacked L(sub alpha)-phase

Article Abstract:

A new cationic and anionic surfactant system which consists of tetradecyldimethylamine oxide (C(sub 14)DMAO) and dodecylethoxysulfonic acid [CH(sub 3){CH(sub 2)}(sub 11)(CH{sub 2}CH(sub 2)O)(sub 2.5)SO(sub 3)H, Texapon N(sub 70-)H] where no salt in the mixed solutions is formed from the combination of the two surfactants is studied. Spontaneously formed vesicles that often formed in actionic and anionic surfactant mixtures may be the result of shearing forces that occur during the mixing process of the two components is seen in the experimental results.

All Other Basic Organic Chemical Manufacturing, Industrial Organic Chemicals, Cyclic Crude and Intermediate Manufacturing, Amine Oxides, Sulfonic Acids, Carbon

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Zn (super 2+)-induced vesicle formation

Article Abstract:

Zn (super 2+)-induced vesicle formation in the mixed surfactant aqueous solutions of C14DMAO and Zn (C6F13CH2COO)(sub 2) is discussed. Excess salts because of salt-free aqueous solutions do not shield the ionically charged vesicle phase.

Ionization, Zinc compounds, Aqueous solution reactions

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Two routes to vesicle formation: Metal-ligand complexation and ionic interactions

Article Abstract:

Two routes for production of vesicles, metal-ligand complexation, and ionic interactions are described. The preparation of route for novel morphological materials is reported for the first time.

Ligands, Ligands (Chemistry)

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